CN104555539B - Collecting system of roll paper die cutting machine - Google Patents
Collecting system of roll paper die cutting machine Download PDFInfo
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- CN104555539B CN104555539B CN201410756009.5A CN201410756009A CN104555539B CN 104555539 B CN104555539 B CN 104555539B CN 201410756009 A CN201410756009 A CN 201410756009A CN 104555539 B CN104555539 B CN 104555539B
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Abstract
The invention discloses a collecting system of a roll paper die cutting machine. Collecting equipment comprises telescopic mechanisms, two conveying assemblies, turnover arms, connecting blocks of the turnover arms, and a stacking mechanism, wherein each telescopic mechanism is arranged near a second end of a fixed bridge frame, a telescopic rod of each telescopic mechanism is connected with a driving roll, a first end of a movable bridge frame of each first conveying assembly corresponds to a first end of a movable bridge frame of the corresponding second conveying assembly. The collecting system also comprises a first bracket swing arm of each bridge frame turnover mechanism is hinged to a connecting rod of an air cylinder, the other end of each first bracket swing arm is hinged to a first end of a bracket rotary shaft, a second bracket swing arm is hinged to a bracket swing shaft through a connecting block of the second bracket swing arm, and is connected with a positioning plate of each bridge frame, a first end of each turnover arm is hinged to a second end of the corresponding bracket rotary shaft, and is hinged to the corresponding bracket swinging shaft through the connecting block of the corresponding turnover arm, a second end of each turnover arm is connected with a limiting plate of the corresponding bridge frame, and an included angle is formed between the connecting block of each turnover arm and the connecting block of the corresponding bracket swing arm.
Description
Technical field
The present invention relates to field of mechanical technique is die cut, more particularly to a kind of collection system of web cross cutting machine.
Background technology
Web cross cutting machine be it is a kind of by roll web carry out defeated paper carry out be die cut impression machine.
Web cross cutting machine mainly includes defeated paper unit, die cutting unit, quality inspection unit, collector unit and palletized unit
Deng, when being produced, defeated paper unit to die cutting unit convey paper, in the presence of die cutting unit can paper formed press
Trace, the paper for being printed on impression can be through quality inspection unit in transmitting procedure, and quality inspection unit can be by satisfactory paper and side run paper
Separated, collection device includes certified products collector unit and defective work collector unit, and satisfactory paper can be via transmission channel
Into certified products collector unit, side run paper can be via being transferred into not conforming to product collector unit accordingly.Receive into certified products
The paper of collection unit can be transmitted to palletized unit, eventually disengage from web cross cutting machine.
Due to the needs for producing, the quantity into the paper of palletized unit is certain, and existing web cross cutting machine is only
The quantity of paper can be limited by the length of adjustment conveyer belt, when paper is covered with conveyer belt, needs to stop being brought into transmission
The conveying of row paper, the inlet port of palletized unit is opened, and paper sheet delivery to palletized unit, is treated that paper is fully entered by conveyer belt,
After palletized unit, the input port of palletized unit is closed, and the input port of quality inspection unit is opened, and paper falls into conveyer belt, reciprocal with this
It is transmitted.
In collection device, certified products collector unit and defective work collector unit mainly include crane span structure, are installed on
The power set that the conveyer belt and driving conveyer belt of crane span structure is rotated.During being produced, power set drive transmission
Band rotate, due to the velocity of rotation of conveyer belt it is different from the transmission speed of quality inspection unit, therefore, in the outlet via quality inspection unit
When transmitting to corresponding conveyer belt, after fall into conveyer belt paper can with first fall into paper local laminate, and so on carry out
Transmission.
But, so it is transmitted, need the standby wait of quality inspection unit, the production that can cause web cross cutting machine does not connect
Coherence, and then reduce production efficiency.
Simultaneously as crane span structure is fixedly installed on erecting bed, when being keeped in repair, need to be torn open crane span structure overall structure
Unload, be not easy to safeguard, while also extending the time required for safeguarding.
The content of the invention
In view of this, the purpose of the application is to provide a kind of collection system of web cross cutting machine, it is ensured that production
Seriality, improve production efficiency, while, it is possible to achieve it is easy to safeguard crane span structure, improves the work efficiency for safeguarding crane span structure.
This application provides a kind of collection system of web cross cutting machine, including collecting device and crane span structure switching mechanism, its
In, the collecting device includes：
Transmission assembly, including fixed crane span structure and movable crane span structure, the first end of the movable crane span structure and the fixed crane span structure
First end is connected and can enter line slip along the bearing of trend of the fixed crane span structure,；
It is disposed in proximity to the telescoping mechanism at the second end of the fixed crane span structure, the expansion link and live-roller of the telescoping mechanism
It is connected, and the live-roller can be moved with the expansion link of the telescoping mechanism；
Conveyer belt is erected on the fixed crane span structure and the movable crane span structure and is set around the live-roller；The live-roller with
The drive end of motor is connected；
The collecting device includes two transmission assemblies, is provided with the transmission group of the outlet near quality inspection unit
Part be the first transmission assembly, with the first transmission assembly flush arrange the transmission assembly be the second transmission assembly, institute
The first end for stating the movable crane span structure of the first transmission assembly is oppositely arranged with the first end of the movable crane span structure of second transmission assembly；
First transmission assembly and second transmission assembly are provided with the crane span structure switching mechanism, and the crane span structure is turned over
Rotation mechanism includes two crane span structure upset groups for being respectively arranged at crane span structure both sides, two crane span structure upset groups by shaft bearing with
Crane span structure is connected, and each described crane span structure upset group includes：
Cylinder fulcrum, one end of the cylinder fulcrum is used to mutually be fixedly connected with crane span structure, the other end of the cylinder fulcrum
Connect with cylinders, and the cylinder can be around the cylinder fulcrum；
First support swing arm, one end of the first support swing arm is connect by cylinder extension bar with the cylinders, described
The other end of first support swing arm is hinged with the first end of rack shaft；The first support swing arm and the cylinder extension bar phase
The end of connection can rotate around the cylinder extension bar；
The second support swing arm being connected with the rack shaft, the second support swing arm is mutually cut with scissors with the location-plate of crane span structure
Connect；And the location-plate of the crane span structure is placed in support balance staff, the support balance staff is used to mutually be fixedly connected with crane span structure；
Upset arm component, including flip-arm and the flip-arm contiguous block that is mutually fixedly connected with the first end of the flip-arm；
The first end of the flip-arm be hinged with the second end of the rack shaft and by the flip-arm contiguous block with described
Frame balance staff is hinged；Second end of the flip-arm is connected by support trip shaft with the limiting plate of crane span structure；The flip-arm
Can rotate along the shaft bearing；
There is angle between the flip-arm contiguous block and second support swing arm contiguous block；
When the second support swing arm drives the support balance staff and the second support swing arm contiguous block counterclockwise
During rotation, before the second support swing arm contiguous block does not touch the flip-arm contiguous block, the limiting plate of the crane span structure
Slide only on the support trip shaft；When the second support swing arm contiguous block touches the flip-arm contiguous block, institute
State second support swing arm contiguous block and drive counter clockwise direction of the flip-arm contiguous block with the rack shaft as center of rotation
Rotation.
Preferably, also including motor and the gear being connected with the drive end of motor, the live-roller and institute
State motor to be connected.
Preferably, also including counting equipment, the counting equipment is disposed in proximity to the fixed bridge of first transmission assembly
The end of frame, and the counting equipment is while the motor and the drive of second transmission assembly with first transmission assembly
Galvanic electricity machine communicates connection.
Preferably, the collecting device includes certified products collection channel and defective work collection channel, and the certified products are received
Collection passage and the defective work collection channel are provided with the transmission assembly.
Preferably, including the certified products passage that is set up in parallel of three phases and three defective work passages mutually arranged side by side, each
The certified products passage and each described defective work passage are provided with the transmission assembly.
Preferably, the angle between the flip-arm contiguous block and the second support swing arm contiguous block is not less than 20 °.
Preferably, the rack shaft is connected with the shaft bearing, and the set location of the shaft bearing is located at
Between the first support swing arm and the flip-arm.
Preferably, the cylinder extension bar is connected by first support swing arm bearing pin with the first support swing arm.
Preferably, the second support swing arm contiguous block is put by the straight pin of second support swing arm with the second support
Arm is connected.
Preferably, the flip-arm contiguous block is connected by the straight pin of flip-arm with the flip-arm.
A kind of collection system of web cross cutting machine provided herein, including collecting device, collecting device includes：Pass
Defeated component, including fixed crane span structure and movable crane span structure, the first end of the movable crane span structure is connected with the first end of the fixed crane span structure
Connect and line slip can be entered along the bearing of trend of the fixed crane span structure；Stretch at the second end for being disposed in proximity to the fixed crane span structure
Contracting mechanism, the expansion link of the telescoping mechanism is connected with live-roller, and the live-roller can be with the telescoping mechanism
Expansion link is moved；Conveyer belt is erected on the fixed crane span structure and the movable crane span structure and is set around the live-roller；Live-roller with
The drive end of motor is connected；The collecting device includes two transmission assemblies, is provided near quality inspection list
The transmission assembly of the outlet of unit is the first transmission assembly, and the transmission assembly arranged with the first transmission assembly flush is
Second transmission assembly, the first end of the movable crane span structure of first transmission assembly and the movable crane span structure of second transmission assembly
First end is oppositely arranged.Compared with prior art, due to the first transfer assembly and the second transfer assembly are provided with into movable bridge
Frame, can carry out the regulation of the distance between two components, and when being transmitted to palletized unit, the first transmission assembly continues work
Make, it is possible thereby to ensure the seriality for producing, such that it is able to improve the production efficiency of equipment.
Meanwhile, the first transmission assembly and the second transmission assembly are provided with crane span structure switching mechanism, including two are respectively provided with
In the crane span structure upset group of crane span structure both sides, two crane span structure upset groups are connected by shaft bearing with crane span structure, each crane span structure upset group
Include：One end of cylinder fulcrum is used to mutually be fixedly connected with crane span structure, and the other end and the cylinders of cylinder fulcrum connect, and cylinder
Can be around cylinder fulcrum；One end of first support swing arm is connect and first support swing arm by cylinder extension bar and cylinders
The end being connected with cylinder extension bar can rotate around cylinder extension bar, and the of the other end of first support swing arm and rack shaft
One end is hinged；Second support swing arm is hinged with the location-plate of crane span structure；And the location-plate of crane span structure is placed in support balance staff, support
Balance staff is used to mutually be fixedly connected with crane span structure；Upset arm component, including flip-arm and be mutually fixedly connected with the first end of flip-arm
Flip-arm contiguous block；The first end of flip-arm is hinged with the second end of rack shaft and is put by flip-arm contiguous block and support
Axle is hinged；Second end of flip-arm is connected by support trip shaft with the limiting plate of crane span structure；Flip-arm can be along rotating shaft
Bearing is rotated；There is angle between flip-arm contiguous block and second support swing arm contiguous block.Thus by setting crane span structure tipper
Structure, under the drive of crane span structure switching mechanism, crane span structure can be rotated so that service clearance is formed between crane span structure and erecting bed,
It is easy to staff to be keeped in repair.Compared with prior art, by arranging crane span structure switching mechanism, can be when being keeped in repair, will
Crane span structure is overturn so that shape is at a certain angle between crane span structure and erecting bed, i.e., maintenance is formed between crane span structure and erecting bed empty
Between, thus, being easy to staff to keep in repair to crane span structure in the service clearance, improve the work efficiency of crane span structure maintenance.
Description of the drawings
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the collecting device of web cross cutting machine in a kind of specific embodiment provided herein
Figure；
Fig. 2 is the partial structurtes of the collecting device of web cross cutting machine in a kind of specific embodiment provided herein
Schematic diagram；
Fig. 3 is the structure of the crane span structure switching mechanism of web cross cutting machine in a kind of specific embodiment provided herein
Schematic diagram；
Fig. 4 is the schematic diagram after the partial structurtes amplification of the crane span structure switching mechanism of web cross cutting machine shown in Fig. 3；
Fig. 5 is the structural representation of A-A cutting planes in structure shown in Fig. 4；
Fig. 6 is the structural representation of B-B cutting planes in structure shown in Fig. 4；
Fig. 7 is the structural representation of C-C cutting planes in structure shown in Fig. 5.
Specific embodiment
The invention discloses a kind of collection system of web cross cutting machine, it is ensured that the seriality of production, production is improved
Efficiency, while, it is possible to achieve it is easy to safeguard crane span structure, improves the work efficiency for safeguarding crane span structure.
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than the embodiment of whole.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
Fig. 1 to Fig. 7 is refer to, Fig. 1 is the receipts of web cross cutting machine in a kind of specific embodiment provided herein
The structural representation of collection equipment, Fig. 2 is that the collection of web cross cutting machine in a kind of specific embodiment provided herein sets
The schematic diagram of standby partial structurtes, Fig. 3 is web cross cutting machine in a kind of specific embodiment provided by the utility model
The structural representation of crane span structure switching mechanism, Fig. 4 amplifies for the partial structurtes of the crane span structure switching mechanism of web cross cutting machine shown in Fig. 3
Schematic diagram afterwards, Fig. 5 is the structural representation of A-A cutting planes in structure shown in Fig. 4, and Fig. 6 is B-B cuttings in structure shown in Fig. 4
The structural representation in face, Fig. 7 is the structural representation of C-C cutting planes in structure shown in Fig. 5.
In this embodiment, the collecting device of web cross cutting machine includes transmission assembly, and transmission assembly includes solid
Determine crane span structure and movable crane span structure, the first end of movable crane span structure is connected with the first end of fixed crane span structure and can be along fixed crane span structure
Bearing of trend enters line slip, is disposed in proximity to fix the telescoping mechanism at the second end of crane span structure, expansion link and the transmission of telescoping mechanism
Roller is connected, and live-roller can be moved with the expansion link of telescoping mechanism；Conveyer belt is erected on fixed crane span structure and movable crane span structure
And live-roller is set around, live-roller is connected with the drive end of motor.
Collecting device includes two transmission assemblies, is provided with transmission assembly in the outlet 1 near quality inspection unit for the
One transmission assembly 2, with the flush of the first transmission assembly 2 arrange the transmission assembly be the second transmission assembly 3, the first transmission group
The first end of the movable crane span structure 2-6 of part is oppositely arranged with the first end of the movable crane span structure 3-6 of the second transmission assembly.
It is arranged such, when being produced, conveyer belt is transmitted under the drive of live-roller, via going out for quality inspection unit
The paper that mouth 1 sends out falls at first the band of the conveyer belt 2-2 and the conveyer belt 2-2 in the first transmission assembly of the first transmission assembly
Be transmitted under dynamic, during being transmitted, after fall into the first transmission assembly the paper of conveyer belt 2-2 can be superimposed on elder generation
On the paper for falling into, when paper reaches the second transmission assembly, in the presence of inertia, paper can be transmitted to the second transmission assembly
Conveyer belt 3-2, and as the conveyer belt 3-2 of the second component is transmitted.
When the paper number needed for the paper number on the conveyer belt 3-2 of the second transmission assembly reaches production, second passes
The motor 3-5 of defeated component accelerates, and while controls the telescoping mechanism 2-1 and the second transmission group of the first transmission assembly
The telescoping mechanism 3-1 motions of part, wherein the expansion link of the telescoping mechanism 2-1 of the first transmission assembly drives the biography of the first transmission assembly
Towards the direction motion of the fixed crane span structure near the first transmission assembly, the telescoping mechanism 3-1's of the second transmission assembly stretches dynamic roller 2-3
Contracting bar drives the direction motion of the live-roller 3-3 of the second transmission assembly towards the fixed crane span structure near the second transmission assembly, due to
Conveyer belt is in tight state, therefore when the live-roller of two transmission assemblies is moved, can cause conveyer belt contraction in length, is passing
In the presence of sending band, the movable crane span structure 2-6 of the first transmission assembly can drive the live-roller 2-3 of the first transmission assembly to towards close
The direction motion of the fixed crane span structure of the first transmission assembly, while the movable crane span structure 3-6 of the second transmission assembly can drive the second transmission
The live-roller 3-3 of component is moved towards the direction of the fixed crane span structure near the second transmission assembly, so that the first transmission assembly
Movable crane span structure 2-6 and the second transmission assembly the distance between movable crane span structure 3-6 increase, now, the first transmission assembly keeps
Former transmission speed is constant, and persistently has paper to fall into its conveyer belt via the outlet 1 of quality inspection unit, and the speed of the second transport assembly
Degree increase, it is ensured that the paper for being placed in the second transport assembly quickly enters palletized unit.
Then, then the expansion link of two telescoping mechanisms is driven to move simultaneously so that the first transmission assembly and the second transmission group
The distance between part foreshortens to the distance of original state, now, adjusts motor so that the first transmission assembly and second is passed
The transmission speed of defeated component is identical, and in the presence of inertia, paper can fall into the second transmission assembly.And so on operated.
Compared with prior art, due to the first transfer assembly and the second transfer assembly are provided with into movable crane span structure, can be with
The regulation of the distance between two components is carried out, when being transmitted to palletized unit, the first transmission assembly continuous firing, thus
The seriality of production is can ensure that, such that it is able to improve the production efficiency of equipment.
Additionally, in order to guarantee to drive drive axis, in this embodiment, being provided with gear, first passes
The power transmission shaft 2-3 of defeated component is connected with the gear 2-4 of the first transmission assembly, and the gear 2-4 of the first transmission assembly and first is passed
The drive end of the motor 2-5 of defeated component is connected, the power transmission shaft 3-3 of the second transmission assembly and the gear of the second transmission assembly
3-4 is connected, the gear 3-4 of the second transmission assembly be connected with the drive end of the motor 3-5 of the second transmission assembly thus,
Under the drive of gear, drive axis can further realize the motion of conveyer belt.
In further scheme, also including the fixed crane span structure for being disposed in proximity to first transmission assembly end meter
Number equipment, counting equipment is capable of identify that paper and the number to paper is counted, and counting equipment is transmitted with described first simultaneously
The motor 3-5 of the motor 2-5 of component and second transmission assembly communicates connection.Thus, working as counting equipment institute
When the number of memory reaches default number, counting equipment simultaneously to the motor sending signal of two transmission assemblies, second
The motor 3-5 of transmission assembly accelerates, while the telescoping mechanism of two transmission assemblies is moved simultaneously, reaches the second transmission assembly
It is quick to convey paper to palletized unit.
In further scheme, the collecting device includes three certified products collection channels being set up in parallel and three
The defective work collection channel being set up in parallel, the certified products collection channel and the defective work collection channel are provided with
State transmission assembly.So can ensure that, three certified products collection channels and three defective work collection channels run simultaneously, improve
The work efficiency of equipment.
Meanwhile, the collection system of web cross cutting machine also includes crane span structure switching mechanism, and the crane span structure of web cross cutting machine overturns
Mechanism includes two crane span structure upset groups for being respectively arranged at crane span structure both sides, and two crane span structure upset groups are by shaft bearing and crane span structure phase
Connection, each crane span structure upset group includes：
One end of cylinder fulcrum 4-1, cylinder fulcrum 4-1 is used to mutually be fixedly connected with crane span structure, the other end of cylinder fulcrum 4-1
It is connected with cylinder 4-2, and cylinder 4-2 can be rotated around cylinder fulcrum 4-1；
First support swing arm 4-3, one end of first support swing arm 4-3 is connected by cylinder extension bar 4-4 with cylinder 4-2,
The other end of first support swing arm 4-3 is hinged by the first flat key 4-6 with the first end of rack shaft 4-7；First support is put
The end that arm 4-3 is connected with cylinder extension bar 4-4 can rotate around cylinder extension bar 4-4；
Second support swing arm 4-14 is connected and second support swing arm 4-14 by the second flat key 4-17 with rack shaft 4-7
It is connected with the location-plate 4-13 of crane span structure, the location-plate 4-13 of crane span structure is placed in support balance staff 4-12, support balance staff 4-12 and bridge
Frame is mutually fixedly connected；
Upset arm component, including flip-arm 4-9 and the flip-arm contiguous block that is mutually fixedly connected with the first end of flip-arm 4-9
4-16；
The first end of flip-arm 4-9 and second end of rack shaft 4-7 be hinged and by flip-arm contiguous block 4-16 with
Support balance staff 4-12 is hinged；Second end of flip-arm 4-9 is connected by support trip shaft 4-10 with the limiting plate 4-11 of crane span structure
Connect；Flip-arm 4-9 can be rotated along shaft bearing 4-8；Flip-arm contiguous block 4-16 and second support swing arm contiguous block 4-15
Between there is 20 ° of angle.
When crane span structure needs reversion, cylinder 4-2 is controlled by reversal valve, and the piston rod ejection of cylinder 4-2, pusher cylinder connects
Bar 4-4, cylinder extension bar 4-4 drive anticlockwise turn of first support swing arm 4-3 with rack shaft 4-7 as center of rotation
Dynamic, first support swing arm 4-3 drives rack shaft 4-7 to carry out anticlockwise rotation by the first flat key 4-6.
The rotate in an anti-clockwise direction of rack shaft 4-7, drives second support swing arm 4-14 to prop up by the second flat key 4-17
Frame rotating shaft 4-7 is the anticlockwise rotation of center of rotation.
The rotate in an anti-clockwise direction of second support swing arm 4-14, drives support balance staff 4-12 with rack shaft 4-7 as rotation
The anticlockwise rotation at center.
The rotate in an anti-clockwise direction of support balance staff 4-12, drives the location-plate 4-13 of crane span structure with rack shaft 4-7 as rotation
The anticlockwise rotation at center, so as to drive the anti-clockwise rotation of crane span structure,
The rotate in an anti-clockwise direction of second support swing arm 4-14, while having driven second support swing arm contiguous block 4-15 to prop up
Frame rotating shaft 4-7 for center of rotation anticlockwise rotation, because move original state when, second support swing arm contiguous block
Between 4-15 and flip-arm contiguous block 4-16 exist 20 ° of angles, so when second support swing arm 4-14 drive support balance staff 4-12 and
During second support swing arm contiguous block 4-15 rotate in an anti-clockwise direction, in second support swing arm contiguous block 4-15 upset is not touched
Before arm contiguous block 4-16, i.e.,：Angle between second support swing arm contiguous block 4-15 and flip-arm contiguous block 4-16 is before 0 °, to turn over
Pivoted arm 4-9 and support trip shaft 4-10 are failure to actuate, and the limiting plate 4-11 of crane span structure slides only on support trip shaft 4-10, institute
Rotated with, crane span structure counterclockwise now, for its right side for collecting crane span structure, simply the movement locus of a translation to the left in
It is that the step action has then reached the requirement that crane span structure is avoided conveying the guide plate of culling unit or conveying directive wheel before upset.
Second support swing arm contiguous block 4-15 continues rotate in an anti-clockwise direction, when second support swing arm contiguous block 4-15 touchings
During to flip-arm contiguous block 4-16, i.e.,：Angle between second support swing arm contiguous block 4-15 and flip-arm contiguous block 4-16 is 0 °
When, second support swing arm contiguous block 4-15 drives flip-arm contiguous block 4-16 counterclockwise with rack shaft 4-7 as center of rotation
The rotation in direction, that is, drive counterclockwise sides of the flip-arm 4-9 and support trip shaft 4-10 with rack shaft 4-7 as center of rotation
To rotation.
Now, support balance staff 4-12 and support trip shaft 4-10 are simultaneously counterclockwise by center of rotation of rack shaft 4-7
Direction rotates, then：Support balance staff 4-12 drives location-plate 4-13, the support trip shaft 4-10 of crane span structure to drive the limiting plate 4- of crane span structure
11 carry out rotate in an anti-clockwise direction by center of rotation of rack shaft 4-7 simultaneously, that is, crane span structure group is collected before driving with support turn
Axle 4-7 carries out anticlockwise upset for center of rotation.Its flip angle is determined by the stroke of cylinder 4-2.
Thus, compared with prior art, by arranging crane span structure switching mechanism, crane span structure can be carried out when being keeped in repair
Upset so that shape is at a certain angle between crane span structure and erecting bed, i.e., form service clearance between crane span structure and erecting bed, thus,
It is easy to staff to keep in repair to crane span structure in the service clearance, improves the work efficiency of crane span structure maintenance.
It should be noted that in this embodiment, the other end of first support swing arm 4-3 passes through the first flat key 4-
6 are hinged with the first end of rack shaft 4-7；Second support swing arm 4-14 is by the second flat key 4-17 and rack shaft 4-7 phases
Connection, so can ensure that and drive rack shaft 4-7 to rotate by the first flat key 4-6, the second flat key 4-17 drives second support
Swing arm 4-14 is rotated, and certainly, is also not excluded for realizing rotating connection using other connectors according to actual design conditions.
Also, it should be noted that in this embodiment, second support swing arm contiguous block 4-15 is connected with flip-arm
Angle between block 4-16 is preferably 20 °, it is of course also possible to adopt other angles, but two according to actual facilities
Angle between person should be not less than 20 °.
Need it is further noted that the angle between second support swing arm contiguous block 4-15 and flip-arm contiguous block 4-16
Specifically refer to the length side of the centrage on the length direction of second support swing arm contiguous block 4-15 and flip-arm contiguous block 4-16
The angle between centrage upwards.
In further scheme, for the steadiness for ensureing to connect, rack shaft 4-7 is connected with shaft bearing 4-8
And shaft bearing 4-8 is located between first support swing arm 4-3 and flip-arm 4-9.So, it is ensured that when being attached, even
The steadiness of relay part.
Additionally, in this embodiment, cylinder extension bar 4-4 is by first support swing arm bearing pin 4-5 and first support
Swing arm 4-3 is connected, and with the steadiness for ensureing to connect between cylinder extension bar 4-4 and first support swing arm 4-3, certainly, does not also arrange
It is attached except other connectors are adopted.
In further scheme, the straight pin 4-18 that second support swing arm contiguous block 4-15 passes through second support swing arm
It is connected with second support swing arm 4-14, straight pin 4-19 and flip-arm 4-9 phases that flip-arm contiguous block 4-16 passes through flip-arm
Connection.Thus, carrying out the connection between part using straight pin, it is ensured that the steadiness connected between part, certainly, also not
Exclude the connection carried out using other connectors between part.
Each embodiment is described by the way of progressive in this specification, and what each embodiment was stressed is and other
The difference of embodiment, between each embodiment identical similar portion mutually referring to.
The foregoing description of the disclosed embodiments, enables professional and technical personnel in the field to realize or using the present invention.
Various modifications to these embodiments will be apparent for those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, the present invention
The embodiments shown herein is not intended to be limited to, and is to fit to and principles disclosed herein and features of novelty phase one
The most wide scope for causing.
Claims (10)
1. a kind of collection system of web cross cutting machine, it is characterised in that including collecting device and crane span structure switching mechanism, wherein,
The collecting device includes：
Transmission assembly, including fixed crane span structure and movable crane span structure, the first end of the movable crane span structure and the first of the fixed crane span structure
End is connected and can enter line slip along the bearing of trend of the fixed crane span structure；
The telescoping mechanism at the second end of the fixed crane span structure is disposed in proximity to, the expansion link of the telescoping mechanism is connected with live-roller
Connect, and the live-roller can be moved with the expansion link of the telescoping mechanism；
Conveyer belt is erected on the fixed crane span structure and the movable crane span structure and is set around the live-roller；The live-roller and driving
The drive end of motor is connected；
The collecting device includes two transmission assemblies, be provided be in the transmission assembly of the outlet near quality inspection unit
First transmission assembly, is the second transmission assembly with the transmission assembly that the first transmission assembly flush is arranged, described the
The first end of the movable crane span structure of one transmission assembly is oppositely arranged with the first end of the movable crane span structure of second transmission assembly；
First transmission assembly and second transmission assembly are provided with the crane span structure switching mechanism, the crane span structure tipper
Structure includes two crane span structure upset groups for being respectively arranged at crane span structure both sides, and two crane span structure upset groups are by shaft bearing and crane span structure
It is connected, each described crane span structure upset group includes：
Cylinder fulcrum, one end of the cylinder fulcrum is used to mutually be fixedly connected with crane span structure, the other end and gas of the cylinder fulcrum
Cylinder is connected, and the cylinder can be around the cylinder fulcrum；
First support swing arm, one end of the first support swing arm is connect by cylinder extension bar with the cylinders, and described first
The other end of support swing arm is hinged with the first end of rack shaft；The first support swing arm is connected with the cylinder extension bar
End can rotate around the cylinder extension bar；
The second support swing arm being connected with the rack shaft, the second support swing arm is hinged with the location-plate of crane span structure；
And the location-plate of the crane span structure is placed in support balance staff, the support balance staff is used to mutually be fixedly connected with crane span structure；
Upset arm component, including flip-arm and the flip-arm contiguous block that is mutually fixedly connected with the first end of the flip-arm；It is described
The first end of flip-arm is hinged with the second end of the rack shaft and is put by the flip-arm contiguous block and the support
Axle is hinged；Second end of the flip-arm is connected by support trip shaft with the limiting plate of crane span structure；The flip-arm can
Rotate along the shaft bearing；
There is angle between the flip-arm contiguous block and second support swing arm contiguous block；
When the second support swing arm drives the support balance staff and the second support swing arm contiguous block rotate in an anti-clockwise direction
When, before the second support swing arm contiguous block does not touch the flip-arm contiguous block, the limiting plate of the crane span structure only exists
Slide on the support trip shaft；When the second support swing arm contiguous block touches the flip-arm contiguous block, described
Two support swing arm contiguous blocks drive anticlockwise turn of the flip-arm contiguous block with the rack shaft as center of rotation
It is dynamic.
2. the collection system of web cross cutting machine as claimed in claim 1, it is characterised in that also including motor and with drive
The gear that the drive end of galvanic electricity machine is connected, the live-roller is connected with the motor.
3. the collection system of web cross cutting machine as claimed in claim 2, it is characterised in that described also including counting equipment
Counting equipment is disposed in proximity to the end of the fixed crane span structure of first transmission assembly, and the counting equipment is simultaneously with described the
The motor of the motor of one transmission assembly and second transmission assembly communicates connection.
4. the collection system of web cross cutting machine as claimed in claim 2 or claim 3, it is characterised in that the collecting device includes
Certified products collection channel and defective work collection channel, the certified products collection channel and the defective work collection channel are all provided with
It is equipped with the transmission assembly.
5. the collection system of web cross cutting machine as claimed in claim 4, it is characterised in that be set up in parallel including three phases
The defective work passage mutually arranged side by side of certified products passage and three, each described certified products passage and each described defective work passage
It is provided with the transmission assembly.
6. the collection system of web cross cutting machine as claimed in claim 1, it is characterised in that the flip-arm contiguous block and institute
It is not less than 20 ° to state the angle between second support swing arm contiguous block.
7. the collection system of web cross cutting machine as claimed in claim 6, it is characterised in that the rack shaft with described turn
Axle bearing is connected, and the set location of the shaft bearing is located between the first support swing arm and the flip-arm.
8. the collection system of the web cross cutting machine as described in any one of claim 6 to 7, it is characterised in that the cylinder connects
Bar is connected by first support swing arm bearing pin with the first support swing arm.
9. the collection system of web cross cutting machine as claimed in claim 8, it is characterised in that the second support swing arm connection
Block is connected by the straight pin of second support swing arm with the second support swing arm.
10. the collection system of web cross cutting machine as claimed in claim 9, it is characterised in that the flip-arm contiguous block leads to
The straight pin for crossing flip-arm is connected with the flip-arm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410756009.5A CN104555539B (en) | 2014-12-10 | 2014-12-10 | Collecting system of roll paper die cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410756009.5A CN104555539B (en) | 2014-12-10 | 2014-12-10 | Collecting system of roll paper die cutting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104555539A CN104555539A (en) | 2015-04-29 |
| CN104555539B true CN104555539B (en) | 2017-04-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410756009.5A Active CN104555539B (en) | 2014-12-10 | 2014-12-10 | Collecting system of roll paper die cutting machine |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| NL7705913A (en) * | 1977-05-31 | 1978-12-04 | Veldhoen Jan Hendrik | Conveyor system for cut concrete slabs - has first belt with rapid return reversing rollers moved to second belt unit delivering to last belt |
| CN101353112A (en) * | 2008-09-10 | 2009-01-28 | 浙江大学城市学院 | Distribution center stepping goods distribution pipeline system |
| CN101362555A (en) * | 2008-08-01 | 2009-02-11 | 郑忠义 | Automatic container loader |
| CN201287946Y (en) * | 2008-08-28 | 2009-08-12 | 深圳天和双力机械有限公司 | Extendible belt conveyer |
| CN201457773U (en) * | 2009-04-08 | 2010-05-12 | 武汉人天包装技术有限公司 | Novel telescopic device |
| CN101941591A (en) * | 2010-10-12 | 2011-01-12 | 健伦精密机械(中国)有限公司 | Improved structure of transferring belt conveyer |
-
2014
- 2014-12-10 CN CN201410756009.5A patent/CN104555539B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| NL7705913A (en) * | 1977-05-31 | 1978-12-04 | Veldhoen Jan Hendrik | Conveyor system for cut concrete slabs - has first belt with rapid return reversing rollers moved to second belt unit delivering to last belt |
| CN101362555A (en) * | 2008-08-01 | 2009-02-11 | 郑忠义 | Automatic container loader |
| CN201287946Y (en) * | 2008-08-28 | 2009-08-12 | 深圳天和双力机械有限公司 | Extendible belt conveyer |
| CN101353112A (en) * | 2008-09-10 | 2009-01-28 | 浙江大学城市学院 | Distribution center stepping goods distribution pipeline system |
| CN201457773U (en) * | 2009-04-08 | 2010-05-12 | 武汉人天包装技术有限公司 | Novel telescopic device |
| CN101941591A (en) * | 2010-10-12 | 2011-01-12 | 健伦精密机械(中国)有限公司 | Improved structure of transferring belt conveyer |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104555539A (en) | 2015-04-29 |
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