CN207467809U - A kind of coating materials rolls up material storage mechanism - Google Patents
A kind of coating materials rolls up material storage mechanism Download PDFInfo
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- CN207467809U CN207467809U CN201721098866.6U CN201721098866U CN207467809U CN 207467809 U CN207467809 U CN 207467809U CN 201721098866 U CN201721098866 U CN 201721098866U CN 207467809 U CN207467809 U CN 207467809U
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Abstract
The utility model discloses a kind of coating materials to roll up material storage mechanism, including multiple storing outer rollers being staggered up and down, roller in storing there are one being correspondingly arranged on the inside of each storing outer roller, the storing outer roller and roller group in storing are into material stock roller group, a discharging reverse roll is additionally provided in the discharging direction of the material stock roller group, roller position is fixed in roller or underlying storing outer roller and storing in the storing outer roller and storing being located above, synchronous floating, the exit side of material stock roller group are provided with rear driven roller to remaining storing outer roller up and down with roller in storing；By using material storage mechanism described herein, coating materials can be transmitted in material stock roller group, since roller can float up and down in part storing outer roller and storing, it can be in change of lap, it is close to each other in the storing outer roller and storing of different directions, the coating materials being stored in material stock roller group is released, the space occupied reduces, and improves the stability of discharging.
Description
Technical field
The utility model is related to a kind of coating materials to roll up material storage mechanism.
Background technology
In the prior art, be required in the replacement process of coating materials volume it is certain reload the time, at this time, it may be necessary to which certain deposits
It stores up mechanism to release the coating materials of storage, exchanges the feeding time for.Existing material stock is most by the way of upper and lower single roller, single roller
Occupied space it is big, floating roller arm is too long, can generate the phenomenon that is swung left and right, and causes blowing unstable, and the prior art is badly in need of a kind of
Material stock space hold is small, the coating materials volume material storage mechanism that blowing is stablized.
Utility model content
The purpose of the utility model is to overcome defect in the prior art, it is small to provide a kind of material stock space hold,
The coating materials volume material storage mechanism that blowing is stablized.
To achieve the above object, the technical solution of the utility model is there is provided a kind of coating materials volume material storage mechanism, including more
A storing outer roller for being staggered up and down is correspondingly arranged on the inside of each storing outer roller there are one roller in storing, outside the storing
Roller and roller group in storing are additionally provided with a discharging reverse roll, institute's rheme into material stock roller group in the discharging direction of the material stock roller group
It is fixed in roller position in roller in the storing outer roller and storing of top or underlying storing outer roller and storing, remaining storing
Synchronous floating, the exit side of material stock roller group are provided with rear driven roller to outer roller up and down with roller in storing.
By using material storage mechanism described herein, coating materials can be transmitted in material stock roller group, due to part storing
Roller can float up and down in outer roller and storing, can be close to each other in the storing outer roller and storing of different directions in change of lap, will
The coating materials being stored in material stock roller group is released, and avoids shutting down, and is shut down and is waited in reel change due to heat radiation etc., follow-up
Coating materials in process, which can deform, to be caused to scrap, and needs to abandon during booting bag making again.Such design can both reduce raw material
Waste can also improve operating efficiency；
Due to being correspondingly arranged on the inside of each storing outer roller there are one roller in storing, double roll form is formd, coating materials
Amount of storage is greatly increased relative to single roll form, while the space occupied reduces, and improves the stability of discharging.
As preference, the material storage mechanism further includes discharging guide roller, coating materials is after the output of material stock roller group by discharging
Rear driven roller is entered back into after being oriented to roller guide.Such design so that coating materials also has drive membrane in the exit side of material stock roller group
Expect the actuating unit of discharging.
As preference, roller is arranged in the underface of the storing outer roller on top in superposed storing, under being located at
Roller is arranged in the surface of the storing outer roller of lower part in the storing in portion.Such design is conducive to coating materials in storing outer roller and storage
It is staggeredly transmitted between roller in material.
As preference, superposed storing outer roller and roller group into positive material stock roller group, position in the storing of lower part
In rod outside the storing of lower part, into reversed material stock roller group, coating materials are sequentially transmitted in positive material stock roller with roller group in superposed storing
Group, discharging reverse roll, reversed material stock roller group, discharging guide roller and rear driven roller.Such design causes coating materials in positive material stock
(continuous productive process to) storage positive in roller group and reversed material stock roller group and reversely (counter-flow water operation to) storage, realize that bilayer is deposited
Storage, substantially increases the amount of storage in unit solid space.
It transmits as preference, coating materials coordinates first with the storing outer roller of positive material stock roller group, is staggeredly transmitted in just later
Into the storing of material stock roller group between roller and storing outer roller；It is turned to later by discharging reverse roll；Coating materials again with negative direction material stock
The storing outer roller cooperation transmission of roller group, is staggeredly transmitted in the storing of reversed material stock roller group later between roller and storing outer roller；It
After be sequentially transmitted in discharging guide roller and rear driven roller.Such design is to realize a kind of side that the double-deck storage of coating materials is realized
Formula.
As preference, the outer roller diameter of the storing is more than roller diameter in storing.Such design is conducive to further widen
Spacing between double-deck coating materials, avoids Electrostatic Absorption.
As preference, the support plate of the two pieces of ground connection that is mutually parallel is equipped with outside the material stock roller group, it is described to be located above
Storing outer roller and storing in roller both ends connect respectively with support plate, in the storing outer roller and storing of lower part roller both ends distinguish
It is connect with floating roller seat, support plate is equipped with the upright guide rail being oriented to the cooperation of floating roller seat, and the floating roller seat passes through sliding block
Coordinate with upright guide rail and slide；Storing rodless cylinder is fixed in the support plate vertically, the storing rodless cylinder is equipped with gas
Cylinder sliding block, the cylinder sliding block are connect with floating roller seat.Such design is so that roller passes through in the storing outer roller and storing of lower part
Floating roller seat, which synchronizes, to float, and upright guide rail improves the stability of floating.
As preference, floating roller seat both ends of roller in the storing outer roller and storing of lower part are respectively equipped with one,
It is equipped with storing rodless cylinder in described two support plates, the floating of cylinder sliding block and the same end on each storing rodless cylinder
Roller seat connects；Each storing cylinder periphery is equipped with synchronous belt, has been fixedly connected with synchronous belt link block on each synchronous belt, each
Synchronous belt link block and the floating roller seat of the same end are fixed；Each synchronous belt top and bottom are synchronous equipped with coordinating with synchronous belt
Belt wheel, the synchronous pulley of different ends being located above are rotated synchronously by synchronous axis connection, four synchronous pulleys.It is such to set
Meter can ensure that the floating roller seat of different ends is synchronous under the drive of four synchronous pulleys and float, and further improve the steady of floating
It is qualitative.
As preference, the support plate is equipped with upper limit range sensor and lower limit with the cooperation limiting of floating roller seat
Position range sensor, the feed side of the material stock roller group are provided with preceding driven roller.Such design can prevent floating roller seat from floating
Moved position.Preceding driven roller and the cooperation of rear driven roller rotating speed can realize the storing or blowing to storing roller group.
As preference, the support plate bottom is equipped with the buffering collision block coordinated with floating roller seat.Such design is being deposited
When material, place feeding causes floating roller seat downlink too fast very much soon, and material stock roll shaft, which forms coating materials, to be impacted, and damages coating materials.
As preference, the upright guide rail with the cooperation of each floating roller seat has two, the upright guide rail is fixed on by connecting
On fishplate bar；The synchronous pulley is connected on connecting plate.Such design is a kind of optimization to scheme.
As preference, the feedstock direction in material storage mechanism is equipped with feed mechanism, including material spool and it is separately positioned on material
Spool both ends and the support plate of material spool cooperation support；Feeding pivoted arm is rotatably connected in the support plate, the feeding turns
Arm inner end is rotatablely connected with support plate, and the feeding pivoted arm outer end is equipped with the feeding groove coordinated with material spool, the feeding pivoted arm
It is drivingly connected with feeding cylinder；The support plate is equipped with the supporting section with material spool cooperation support, supporting section edge discharging
Direction extends to form support locating slot；The feeding groove is connected cooperation with supporting section.Supporting section is designed with inclination along discharging direction
Downward angle of inclination.The angle of inclination of supporting section is conducive to material volume to be rolled locating wheel and is pressed on positioning by dead weight
In slot, prevent material volume from accidentally slipping out.
By using feed mechanism described herein, in feeding, material spool both ends are placed in feeding groove, are passed through
The driving feeding pivoted arm rotation of feeding cylinder, predetermined altitude is raised to by feeding groove, and material spool is pushed to supporting section again to support
In locating slot, feeding is completed, the feed mechanism integrates the efficiency on the supporting plate, substantially increasing feeding；Simultaneously after feeding
Material spool is placed in the support locating slot of support plate, and the weight of material volume is born by support plate, is discharged after the feeding improved
Stability, while reduce the load of cylinder, lower energy consumption, it is unstable to avoid the unstable caused discharging of air pressure.
As preference, the feeding pivoted arm is arranged on the inside of support plate, the outer end side of the feeding pivoted arm connects
Upper flitch is connected to, the upper flitch inner face is limiting mating surface with supporting section outer end face, when feeding pivoted arm is rotated to upper end, on
Flitch inner face is limited with the cooperation of supporting section outer end face；The feeding groove is opened in upper flitch, feeding groove edge discharging side
To changeover portion is formed, the changeover portion is connected with supporting section cooperation.
Such design, when feeding pivoted arm outer end is moved upwards to predetermined altitude, upper flitch inner face and supporting section outer end
Cooperation limiting is realized in face, while changeover portion and supporting section coordinate and be connected, conducive to the later stage by material spool along feeding groove, changeover portion,
Supporting section and support locating slot roll, and realize stable feeding.
As preference, the check lock lever run up and down, the check lock lever and lock are equipped with above the support locating slot notch
Tight cylinder is drivingly connected, and the check lock lever bottom is equipped with the locking wheel that locking is contacted with material spool cooperation.Such design, works as material
Spool completes feeding, ensures that material spool is discharging with being locked after support locating slot cooperation by locking wheel and material spool
When stabilization.
As preference, the material spool both ends are rotatably connected to locating wheel respectively, offered in the locating wheel coaxial
Positioning race, positioning race and the changeover portion roll with supporting section cooperation, and the locking wheel coordinates with positioning race to be contacted
Locking.Such design is conducive in feeding groove, changeover portion, supporting section and support locating slot rolling process prevent by material spool
Only material spool ensure that the precision of feeding in axial slip.
As preference, the material spool is sequentially connected with magnetic powder brake by magnetic powder transmission gear.Such design
Cause material spool in rotation with certain damping, to cooperatively form certain with transmitting the driving part in reversed later stage
Power.
As preference, the discharging direction of the material spool is provided with preceding driven roller, the preceding driven roller and preceding driving electricity
Machine is drivingly connected, and the preceding driven roller top is additionally provided with the preceding pressure roller for compressing material volume with the cooperation of preceding driven roller；The preceding pressure roller
It is rotatably connected on binder axis.Such design is conducive to coating materials and forms preceding driving force with preceding pressure roller and preceding driven roller.
As preference, governing mechanism of tension is additionally provided between the preceding driven roller and material spool, the tension adjustment machine
Structure includes fixing roller and oscillating roller, and the fixing roller and oscillating roller are staggered up and down, and the oscillating roller both ends are connect with swing arm,
The swing arm is drivingly connected with swing arm cylinder；Described swing arm one end and swing arm axis connection, other end is connect with oscillating roller, described
Arm shaft both ends are rotatablely connected with support plate.Such design be conducive to the tension of coating materials between preceding driven roller and material spool into
Row is adjusted, and oscillating roller adjusts coating materials tension in the drive lower swing of swing arm.
As preference, then the material volume in material spool is pressed in forerunner successively into fixing roller staggeredly and oscillating roller is crossed
It moves between roller and preceding pressure roller.Such design is conducive to the adjusting of the tension of tension.
As preference, be additionally provided with standby material spool support section on the stent, the standby material spool support section is to going out
Material direction extends to form standby positioning slot, the standby positioning slot and spare material spool location fit, on the standby positioning slot
Spare retaining mechanism is additionally provided with, the spare material spool is sequentially connected with spare magnetic powder brake；The standby material spool support
Section is arranged on above supporting section.
Spare spare material spool and spare coating materials volume are placed in advance in standby material spool support section, in support locating slot
When coating materials in interior material spool is finished, first by the spare coating materials volume input feeding in spare material spool, then pass through feeding again
Pivoted arm feeding is to supporting in locating slot, and this avoid because being shut down during feeding change of lap.It shuts down and waits in reel change due to hot spoke
The reasons such as penetrate, the coating materials in subsequent handling, which can deform, to be caused to scrap, be switched on again bag making when need to abandon.Such design was both
Can operating efficiency can also be improved with the waste of less raw material.
As preference, the support plate is arranged in parallel, the preceding driven roller, binder axis, fixing roller, oscillating roller
Both ends are all connected on the supporting plate；Described feeding cylinder one end with being rotatablely connected with side support plate, other end and homonymy it is upper
Expect to be rotatablely connected in the middle part of pivoted arm；Described swing arm cylinder one end with side support plate with being rotatablely connected, the swing arm of other end and homonymy
Middle part is rotatablely connected.Such design can realize the optimization connection between component.
The advantages of the utility model and advantageous effect are：It, can be by film by using material storage mechanism described herein
Material is transmitted in material stock roller group, can be in change of lap since roller can float up and down in part storing outer roller and storing, not Tongfang
To storing outer roller and storing in it is close to each other, by the coating materials being stored in material stock roller group release, avoid shutting down, shut down etc. it is to be changed
During volume due to heat radiation etc., the coating materials in subsequent handling, which can deform, to be caused to scrap, and is needed during booting bag making again
It abandons.Such design both can also improve operating efficiency with the waste of less raw material；Due to the inside of each storing outer roller
It is correspondingly arranged there are one roller in storing, forms double roll form, the amount of storage of coating materials is greatly increased relative to single roll form, together
When the space occupied reduce, improve the stability of discharging.
Description of the drawings
Fig. 1 is feed mechanism structure diagram (omitting support plate and coating materials)；
Fig. 2 is feed mechanism different angle structure diagram (omitting support plate and coating materials)；
Fig. 3 is feed mechanism structure diagram；
Fig. 4 is material spool and support locating slot fit structure schematic diagram；
Fig. 5 is structure enlargement diagram at A in Fig. 4；
Fig. 6 is material spool and support locating slot fit structure schematic diagram (different angle)；
Fig. 7 is structure enlargement diagram at B in Fig. 6；
Fig. 8 feed mechanism texture edge schematic diagrames；
Fig. 9 is structure enlargement diagram at C in Fig. 8；
Figure 10 is the feed mechanism structure diagram with error-correction structure；
Figure 11 is the feed mechanism structural front view with error-correction structure；
Figure 12 is storing mechanism side view (omitting support plate)；
Figure 13 is storing mechanism structure diagram (omitting support plate)；
Figure 14 is the utility model floating roller seat and upright guide rail fit structure schematic diagram；
Figure 15 is structure enlargement diagram at D in Figure 14；
Figure 16 is synchronous belt and floating roller seat mating connection structure diagram；
Structure enlargement diagram at E in Figure 17 Figure 16.
In figure：1st, material spool；2nd, support plate；3rd, feeding pivoted arm；4th, feeding groove；5th, supporting section；6th, locating slot is supported；7th, on
Flitch；8th, upper flitch inner face；9th, supporting section outer end face；10th, changeover portion；11st, check lock lever；12nd, locking cylinder；13rd, locking wheel；
14th, locating wheel；15th, race is positioned；16th, magnetic powder brake；17th, magnetic powder transmission gear；18th, preceding driven roller；19th, preceding driving electricity
Machine；20th, preceding pressure roller；21st, binder axis；22nd, fixing roller；23rd, oscillating roller；24th, swing arm；25th, swing arm cylinder；26th, arm shaft；27、
Coating materials；28th, standby material spool support section；29th, standby positioning slot；30th, spare retaining mechanism；31st, spare magnetic powder brake；32、
Synchronous arm；33rd, correction slide bar；34th, photoelectric sensor；35th, storing outer roller；36th, roller in storing；37th, discharge reverse roll；38th, after
Driven roller；39th, discharge guide roller；40th, transition roller；41st, floating roller seat；42nd, upright guide rail；43rd, sliding block；44th, storing is without bar gas
Cylinder；45th, cylinder sliding block；46th, synchronous belt；47th, synchronous belt link block；48th, synchronous pulley；49th, synchronizing shaft；50th, upper limit distance
Sensor；51st, lower limit range sensor；52nd, collision block is buffered；53rd, spare material spool；54th, feeding cylinder.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is further described.Implement below
Example is only used for clearly illustrating the technical solution of the utility model, and the protection model of the utility model cannot be limited with this
It encloses.
As shown in Figure 1 to 11, a kind of coating materials volume material storage mechanism, including multiple storing outer rollers 35 being staggered up and down,
The inside of each storing outer roller 35 is correspondingly arranged there are one roller 36 in storing, and roller 36 forms in the storing outer roller 35 and storing
Material stock roller group, is additionally provided with a discharging reverse roll 37 in the discharging direction of the material stock roller group, outside the storing being located above
36 position of roller is fixed in roller 36 or underlying storing outer roller 35 and storing in roller 35 and storing, remaining storing outer roller 35
With roller in storing is synchronous about 36 floats, the exit side of material stock roller group is provided with rear driven roller 38.
The material storage mechanism further includes discharging guide roller 39, and coating materials 27 is after the output of material stock roller group by the guide roller 39 that discharges
Rear driven roller 38 is entered back into after guiding.
Roller 36 is arranged in the underface of the storing outer roller 35 on top, the storing positioned at lower part in superposed storing
Interior roller 36 is arranged in the surface of the storing outer roller 35 of lower part.
Superposed storing outer roller 35 and roller 36 forms positive material stock roller group in the storing of lower part, positioned at lower part
Roller 36 forms reversed material stock roller group in the outer rod of storing and superposed storing, coating materials 27 be sequentially transmitted in positive material stock roller group,
Discharge reverse roll 37, reversed material stock roller group, discharging guide roller 39 and rear driven roller 38.
Coating materials 27 coordinates first with the storing outer roller 35 of positive material stock roller group to be transmitted, and is staggeredly transmitted in positive material stock roller later
In the storing of group between roller 36 and storing outer roller 35；It is turned to later by discharging reverse roll 37；Coating materials 27 again with negative direction material stock
The cooperation transmission of storing outer roller 35 of roller group, be staggeredly transmitted in later in the storing of reversed material stock roller group roller 36 and storing outer roller 35 it
Between；It is sequentially transmitted later in discharging guide roller 39 and rear driven roller 38.
35 diameter of storing outer roller is more than 36 diameter of roller in storing.
The support plate 2 of the two pieces of ground connection that is mutually parallel, the storing outer roller being located above are equipped with outside the material stock roller group
35 and storing in 36 both ends of roller connect respectively with support plate 2, in the storing outer roller 35 and storing of lower part 36 both ends of roller distinguish
It is connect with floating roller seat 41, support plate 2 is equipped with the upright guide rail 42 being oriented to the cooperation of floating roller seat 41, the floating roller seat 41
It is slided by sliding block 43 and the cooperation of upright guide rail 42；Storing rodless cylinder 44, the storing are fixed in the support plate 2 vertically
Rodless cylinder 44 is equipped with cylinder sliding block 45, and the cylinder sliding block 45 is connect with floating roller seat 41.
The floating roller seat 41 both ends of roller 36 in the storing outer roller 35 and storing of lower part are respectively equipped with one, and described two
It is equipped with storing rodless cylinder 44 in a support plate 2, the cylinder sliding block 45 on each storing rodless cylinder 44 is floating with the same end
Dynamic roller seat 41 connects；Each storing cylinder periphery is equipped with synchronous belt 46, and synchronous belt company has been fixedly connected on each synchronous belt 46
Block 47 is connect, each synchronous belt link block 47 and the floating roller seat 41 of the same end are fixed；Each 46 top and bottom of synchronous belt are equipped with
The synchronous pulley 48 coordinated with synchronous belt 46, the synchronous pulley 48 for the different ends being located above are connected by synchronizing shaft 49, and four
A synchronous pulley 48 rotates synchronously.
The support plate 2 be equipped with floating roller seat 41 cooperation limiting upper limit range sensor 50 and lower limit away from
From sensor 51.The feed side of the material stock roller group is provided with preceding driven roller 18.
2 bottom of support plate is equipped with the buffering collision block 52 coordinated with floating roller seat 41.
There are two with the upright guide rail 42 of each floating roller seat 41 cooperation, the upright guide rail 42 is fixed on by connecting plate
On；The synchronous pulley 48 is connected on connecting plate.
Embodiment 1
A kind of coating materials rolls up material storage mechanism, including multiple storing outer rollers 35 being staggered up and down, each storing outer roller 35
Inside is correspondingly arranged there are one roller 36 in storing, and roller 36 forms material stock roller group, the material stock in the storing outer roller 35 and storing
A discharging reverse roll 37 is additionally provided in the discharging direction of roller group, in the storing outer roller 35 and storing being located above roller 36 or
36 position of roller is fixed in the underlying storing outer roller 35 of person and storing, in remaining storing outer roller 35 and storing on roller 36 similarly hereinafter
Step is floated, and the exit side of material stock roller group is provided with rear driven roller 38.
The material storage mechanism further includes discharging guide roller 39, and coating materials 27 is after the output of material stock roller group by the guide roller 39 that discharges
Rear driven roller 38 is entered back into after guiding.
Roller 36 is arranged in the underface of the storing outer roller 35 on top, the storing positioned at lower part in superposed storing
Interior roller 36 is arranged in the surface of the storing outer roller 35 of lower part.
Superposed storing outer roller 35 and roller 36 forms positive material stock roller group in the storing of lower part, positioned at lower part
Roller 36 forms reversed material stock roller group in the outer rod of storing and superposed storing, coating materials 27 be sequentially transmitted in positive material stock roller group,
Discharge reverse roll 37, reversed material stock roller group, discharging guide roller 39 and rear driven roller 38.
Coating materials 27 coordinates first with the storing outer roller 35 of positive material stock roller group to be transmitted, and is staggeredly transmitted in positive material stock roller later
In the storing of group between roller 36 and storing outer roller 35；It is turned to later by discharging reverse roll 37；Coating materials 27 again with negative direction material stock
The cooperation transmission of storing outer roller 35 of roller group, be staggeredly transmitted in later in the storing of reversed material stock roller group roller 36 and storing outer roller 35 it
Between；It is sequentially transmitted later in discharging guide roller 39 and rear driven roller 38.
In the storage of coating materials 27, coating materials 27 first passes around edge after the output of preceding driven roller 18 after transition roller 40
The superposed first storing outer roller 35 in continuous productive process direction is staggeredly transmitted in roller 36 in the storing of positive material stock roller group later
Between storing outer roller 35, turned to later by discharging reverse roll 37；The storing outer roller with negative direction material stock roller group again of coating materials 27
35 cooperation transmission are staggeredly transmitted in the storing of reversed material stock roller group later between roller 36 and storing outer roller 35；It passes successively later
It send in discharging guide roller 39 and rear driven roller 38；
Due to (continuous productive process to) storage positive in positive material stock roller group and reversed material stock roller group of coating materials 27 and reversely (inverse
Continuous productive process to) storage, realize double-deck storage, under the premise of unit amount of storage is realized, the design of double roller is greatly saved
Solid space, and the distance between down space roller and roller are reduced, it the Electrostatic Absorption between coating materials 27 is avoided, improves
The stability of conveying.
Embodiment 2
As advanced optimizing to embodiment 1,35 diameter of storing outer roller is more than 36 diameter of roller in storing.It is such
Design is conducive to further widen the spacing between double-deck coating materials 27, avoids Electrostatic Absorption.
Embodiment 3
As advanced optimizing to embodiment 2, the support of the two pieces of ground connection that is mutually parallel is equipped with outside the material stock roller group
Plate 2,36 both ends of roller are connect respectively with support plate 2 in the storing outer roller 35 and storing being located above, the storing positioned at lower part
36 both ends of roller are connect respectively with floating roller seat 41 in outer roller 35 and storing, and support plate 2 is equipped with to coordinate with floating roller seat 41 and be oriented to
Upright guide rail 42, the floating roller seat 41 passes through the cooperation of sliding block 43 and upright guide rail 42 and slides；It is solid vertically in the support plate 2
Determine storing rodless cylinder 44, the storing rodless cylinder 44 is equipped with cylinder sliding block 45, the cylinder sliding block 45 and floating roller seat
41 connections.
The floating roller seat 41 both ends of roller 36 in the storing outer roller 35 and storing of lower part are respectively equipped with one, and described two
It is equipped with storing rodless cylinder 44 in a support plate 2, the cylinder sliding block 45 on each storing rodless cylinder 44 is floating with the same end
Dynamic roller seat 41 connects；Each storing cylinder periphery is equipped with synchronous belt 46, and synchronous belt company has been fixedly connected on each synchronous belt 46
Block 47 is connect, each synchronous belt link block 47 and the floating roller seat 41 of the same end are fixed；Each 46 top and bottom of synchronous belt are equipped with
The synchronous pulley 48 coordinated with synchronous belt 46, the synchronous pulley 48 for the different ends being located above are connected by synchronizing shaft 49, and four
A synchronous pulley 48 rotates synchronously.
During reloading, the coating materials 27 that will be stored in material stock roller group is needed to release；Storing rodless cylinder 44 is to gas
Cylinder sliding block 45 applies scheduled pressure, ensures roller 36 and reversed material stock roller in the storing outer roller 35 and storing of positive material stock roller group
Constant tensile in the storing outer roller 35 and storing of group between roller 36, the preceding driven roller 18 being connected with material stock roller group stop fortune
Rotation, then driven roller 38 rotates, when coating materials 27 gives pressure of the lifting force more than storing rodless cylinder 44 of floating roller seat 41
When, for 27 tension of coating materials kept constant, floating roller seat 41 floats upwards, is stored in coating materials 27 of the storage in material stock roller group and puts
Go out, gain time for change of lap.
Due to including in material stock roller group in the storing outer roller 35 and storing on multigroup delivery roll, especially floating roller seat 41
Roller 36, easily shakes in floating, influences the stability of discharging；It is slided first by the guiding of upright guide rail 42 and floating roller seat 41
The stability that the floating roller seat of different ends is run about 41 is realized in dynamic cooperation, furthermore, by by floating roller seat 41 and synchronous belt
46 connection, realize four synchronous pulleys 48 rotate synchronously, that is, realize different ends floating roller seat 41 synchronize it is floating
It is dynamic, maintain the storing outer roller 35 and the stability of 36 synchronous floating of roller in storing on floating roller seat 41.
After feeding, new coating materials 27 is rotated again by preceding driven roller 18, and coating materials 27 is continued on to material stock roller
In group, pass through front and rear driven roller rotating speed and cooperate so that floating roller seat 41 is in position higher in stroke, in this way can be into
One step reduces the spacing between upper-lower position material stock roller, avoids material film Electrostatic Absorption, and during normal discharging, enhancing is stablized
Property.When material volume soon discharges, preceding 18 rotating speed of driven roller is more than rear driven roller 38, again storing, and dynamic roller seat 41 comes downwards to bottom,
It prepares to reload.
Embodiment 4
As advanced optimizing to embodiment 3, the support plate 2 is equipped with upper with the cooperation limiting of floating roller seat 41
Limit range sensor 50 and lower limit range sensor 51.The feed side of the material stock roller group is provided with preceding driven roller 18.
2 bottom of support plate is equipped with the buffering collision block 52 coordinated with floating roller seat 41.
There are two with the upright guide rail 42 of each floating roller seat 41 cooperation, the upright guide rail 42 is fixed on by connecting plate
On；The synchronous pulley 48 is connected on connecting plate.
Such design, when floating roller seat 41 is run to the position of the top, upper limit range sensor 50 acquire away from
Processor is sent to from signal, and driven roller 38 stops operating after processor control, prevents floating roller seat 41 from floating position, is floating
When roller seat 41 is run to the lowermost position, lower limit range sensor 51 acquires distance signal and is sent to processor, processor
Driven roller 18 stops operating or lowers velocity of rotation before control, prevents floating roller seat 41 from floating downward position.
Buffering collision block 52 places feeding causes 41 downlink of floating roller seat too fast very much soon, and material stock roll shaft forms coating materials 27 and rushes
It hits, damages coating materials 27.
Embodiment 5
In order to mitigate the pressure store of material storage mechanism, feed mechanism, existing material can be set in the feed side of material storage mechanism
Spool generally by manually raise or external lifting means raise after be put into corresponding hopper, such material-uploading style and knot
Structure is less efficient.Prior art urgent need is a kind of to improve loading efficiency, the coating materials volume feed mechanism that feeding is stablized；
As a kind of optimization to embodiment 4, the feed side of material storage mechanism is equipped with feed mechanism, including material spool 1 and divides
It is not arranged on 1 both ends of material spool and the support plate 2 of the cooperation support of material spool 1；Feeding is rotatably connected in the support plate 2 to turn
Arm 3,3 inner end of feeding pivoted arm are rotatablely connected with support plate 2, and 3 outer end of feeding pivoted arm is upper equipped with coordinating with material spool 1
Hopper 4, the feeding pivoted arm 3 are drivingly connected with feeding cylinder 54；The support plate 2 is equipped with and the cooperation support of material spool 1
Supporting section 5, the supporting section 5 extend to form support locating slot 6 along discharging direction；The feeding groove 4 is connected with supporting section 5 matches
It closes.Supporting section 5 is designed with angle of inclination diagonally downward along discharging direction.
The angle of inclination of supporting section 5, which is conducive to material volume, to be rolled locating wheel 14 by dead weight and is pressed on support positioning
In slot 6, prevent material volume from accidentally slipping out.
The feeding pivoted arm 3 is arranged on the inside of support plate 2, and the outer end side of the feeding pivoted arm 3 is connected with feeding
Plate 7, the upper flitch inner face 8 is limiting mating surface with supporting section outer end face 9, when feeding pivoted arm 3 is rotated to upper end, upper flitch
Inner face 8 is limited with the cooperation of supporting section outer end face 9；The feeding groove 4 is opened in upper flitch 7, and the feeding groove 4 is along discharging side
To changeover portion 10 is formed, the changeover portion 10 is connected with the cooperation of supporting section 5.
The check lock lever 11 run up and down, the check lock lever 11 and locking cylinder are equipped with above support 6 notch of locating slot
12 are drivingly connected, and 11 bottom of check lock lever is equipped with the locking wheel 13 for coordinating with material spool 1 and contacting locking.
1 both ends of material spool are rotatably connected to locating wheel 14 respectively, and coaxial positioning is offered in the locating wheel 14
Race 15, the positioning race 15 are rolled with changeover portion 10 and the cooperation of supporting section 5, and the locking wheel 13 coordinates with positioning race 15
Contact locking.
Due to coating materials volume 27 blowing for a period of time after, change of lap is needed, at this point, check lock lever 11 is promoted, locking wheel 13
With positioning 15 lock release of race, material spool 1 along support locating slot 6, supporting section 5, changeover portion 10, feeding groove 4 is rolled, is expected
1 both ends of spool coordinate with feeding groove 4, feeding pivoted arm 3 are driven to rotate down by feeding cylinder 54, feeding groove 4 turns to close
The material spool 1 of emptying is taken out in the position on ground, and new material spool 1 and feeding groove 4 are coordinated support, pass through feeding cylinder 54
Driving feeding pivoted arm 3 is rotated up, and feeding groove 4 is raised to predetermined altitude, and upper flitch inner face 8 coordinates with supporting section outer end face 9
Limiting；The changeover portion 10 is connected with the cooperation of supporting section 5, and material spool 1 is fixed along feeding groove 4, changeover portion 10, supporting section 5, support
Position slot 6 rolls, and 1 both ends of material spool and support 6 location fit of locating slot push check lock lever 11, locking wheel 13 and locating wheel 14
Cooperation contact locking, completion of once reloading.
The feed mechanism is integrated in support plate 2, substantially increases the efficiency of feeding and the convenience of feeding；On simultaneously
Material spool 1 is placed in the support locating slot 6 of support plate 2 after material, and the weight of material volume is born by support plate 2, the feeding improved
The stability to discharge afterwards, while reduce the load of cylinder, lower energy consumption, it is unstable to avoid the unstable caused discharging of air pressure.
Embodiment 6
As a kind of optimization to embodiment 5, the material spool 1 is passed with magnetic powder brake 16 by magnetic powder transmission gear 17
Dynamic connection.
The discharging direction of the material spool 1 is provided with preceding driven roller 18, and the preceding driven roller 18 is driven with preceding driving motor 19
Dynamic connection, preceding 18 top of driven roller is additionally provided with coordinates the preceding pressure roller 20 for compressing material volume with preceding driven roller 18；It is pressed before described
Roller 20 is rotatably connected on binder axis 21.
Governing mechanism of tension is additionally provided between the preceding driven roller 18 and material spool 1, the governing mechanism of tension includes solid
Fixed roll 22 and oscillating roller 23, the fixing roller 22 and oscillating roller are staggered about 23,23 both ends of oscillating roller and swing arm 24
Connection, the swing arm 24 are drivingly connected with swing arm cylinder 25；Described 24 one end of swing arm is connect with arm shaft 26, other end with
Oscillating roller 23 connects, and 26 both ends of arm shaft are rotatablely connected with support plate 2.
Then material volume in material spool 1 is pressed in preceding driven roller 18 successively into fixing roller 22 staggeredly and oscillating roller 23 is crossed
Between preceding pressure roller 20.
In the material volume discharging in material spool 1, material volume into fixing roller 22 staggeredly and oscillating roller 23 is crossed, then compresses successively
Between preceding driven roller 18 and preceding pressure roller 20, preceding driven roller 18 and preceding pressure roller 20 provide the driving force of discharging, material spool 1 and magnetic
Powder brake 16 is sequentially connected by magnetic powder transmission gear 17, provides the damping force of the rotation of material spool 1 so that coating materials 27 is passing
There is certain tension, in order to which tension is adjusted, swing arm 24 is swung up and down, and oscillating roller 23 is compressed or loosened among dynamic
Coating materials 27 reaches tension adjustment effect.
As an optimization, such as Figure 10 and Figure 11, go out the needs rectified a deviation in the process to meet the later stage, can will be connected with material volume
Axis 1, feeding pivoted arm 3, feeding cylinder 54, supporting section 5, check lock lever 11, preceding driven roller 18, binder axis 21, preceding pressure roller 20, tension
The support plate 2 of regulating mechanism is slidably connected on correction slide bar 33, and correction slide bar 33 is vertically arranged with material spool 1, passes through driving
Mechanism drive support plate 2 and entire discharge mechanism is slided on inclined slide bar correction, driving mechanism needs and photoelectric sensor 34 and
Control chip signal connection, chip receive photoelectric sensor 34 displacement signal under the premise of, control driving mechanism (motor or
Cylinder) operation.
Embodiment 7
As a kind of optimization to embodiment 6, standby material spool support section 28, the standby material are additionally provided on the stent
Spool support section 28 extends to form standby positioning slot 29 to discharging direction, and the standby positioning slot 29 is positioned with spare material spool 53
Coordinate, spare retaining mechanism 30, the spare material spool 53 and spare magnetic powder system are additionally provided on the standby positioning slot 29
Dynamic device 31 is sequentially connected；The standby material spool support section 28 is arranged on 5 top of supporting section.
The support plate 2 is arranged in parallel, the preceding driven roller 18, binder axis 21, fixing roller 22, oscillating roller 23 two
End is both connected in support plate 2；Described 54 one end of feeding cylinder is rotatablely connected with same side support plate 2, other end and homonymy
3 middle part of feeding pivoted arm is rotatablely connected；Described 25 one end of swing arm cylinder is rotatablely connected with same side support plate 2, other end and homonymy
The middle part of swing arm 24 be rotatablely connected.
In order to further improve the efficiency reloaded, during material spool 1 is replaced in (embodiment 5), can first by
Coating materials 27 in spare material spool 53 is connected with previous, does not influence to work continuously, and the coating materials 27 in spare material spool 53 is waited to make
After finishing, material spool 1 is replaced closely to reload and be finished, and can be used normally, and such scheme further improves operation
Smooth degree.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, under the premise of the utility model technical principle is not departed from, several improvements and modifications can also be made, these change
Into the protection domain that also should be regarded as utility model with retouching.
Claims (10)
1. a kind of coating materials rolls up material storage mechanism, it is characterised in that：Including multiple storing outer rollers for being staggered up and down, outside each storing
It is correspondingly arranged on the inside of roller there are one roller in storing, the storing outer roller and roller group in storing are into material stock roller group, the material stock roller
A discharging reverse roll is additionally provided in the discharging direction of group, roller or under being located in the storing outer roller and storing being located above
Roller position is fixed in the storing outer roller and storing of side, remaining storing outer roller and the synchronous floating up and down of roller in storing, material stock roller group
Exit side be provided with rear driven roller.
2. coating materials as described in claim 1 rolls up material storage mechanism, it is characterised in that：The material storage mechanism further includes discharging and is oriented to
Roller, driven roller after coating materials enters back into after the output of material stock roller group after discharging is oriented to roller guide.
3. coating materials as claimed in claim 2 rolls up material storage mechanism, it is characterised in that：Roller is arranged in superposed storing
The underface of the storing outer roller on top, roller is arranged in the surface of the storing outer roller of lower part in the storing of lower part.
4. coating materials as claimed in claim 3 rolls up material storage mechanism, it is characterised in that：Superposed storing outer roller and positioned at lower part
Storing in roller group into positive material stock roller group, positioned at rod outside the storing of lower part and roller group in superposed storing into reversed material stock
Roller group, coating materials are sequentially transmitted in positive material stock roller group, discharging reverse roll, reversed material stock roller group, discharging guide roller and rear driven roller.
5. coating materials as claimed in claim 4 rolls up material storage mechanism, it is characterised in that：Storing of the coating materials first with positive material stock roller group
Outer roller cooperation transmission is staggeredly transmitted in the storing of positive material stock roller group later between roller and storing outer roller；Later by discharging
Reverse roll turns to；Coating materials coordinates again with the storing outer roller of negative direction material stock roller group to be transmitted, and is staggeredly transmitted in reversed material stock roller later
In the storing of group between roller and storing outer roller；It is sequentially transmitted later in discharging guide roller and rear driven roller.
6. the coating materials volume material storage mechanism as described in any one in claim 1 to 5, it is characterised in that：The storing outer roller is straight
Diameter is more than roller diameter in storing.
7. coating materials as claimed in claim 6 rolls up material storage mechanism, it is characterised in that：Two pieces are equipped with outside the material stock roller group mutually
The support plate of parallel ground, roller both ends are connect respectively with support plate in the storing outer roller and storing being located above, under being located at
Roller both ends are connect respectively with floating roller seat in the storing outer roller and storing in portion, and support plate is equipped with what is be oriented to the cooperation of floating roller seat
Upright guide rail, the floating roller seat are slided by sliding block and upright guide rail cooperation；Storing is fixed in the support plate vertically without bar
Cylinder, the storing rodless cylinder are equipped with cylinder sliding block, and the cylinder sliding block is connect with floating roller seat.
8. coating materials as claimed in claim 7 rolls up material storage mechanism, it is characterised in that：The floating roller seat is in the storing outer roller of lower part
One is respectively equipped with the both ends of roller in storing, storing rodless cylinder is equipped in described two support plates, each storing is without bar
The floating roller seat connection of cylinder sliding block and the same end on cylinder；Each storing cylinder periphery is equipped with synchronous belt, each synchronous belt
On be fixedly connected with synchronous belt link block, the floating roller seat of each synchronous belt link block and the same end is fixed；Each synchronous belt
Top and bottom are equipped with the synchronous pulley coordinated with synchronous belt, and the synchronous pulley of different ends being located above is connected by synchronizing shaft
It connects, four synchronous pulleys rotate synchronously.
9. coating materials as claimed in claim 8 rolls up material storage mechanism, it is characterised in that：The support plate is equipped with matches with floating roller seat
The upper limit range sensor and lower limit range sensor, the feed side of the material stock roller group for closing limiting are provided with preceding driving
Roller.
10. coating materials as claimed in claim 9 rolls up material storage mechanism, it is characterised in that：The support plate bottom is equipped with and dancer
The buffering collision block of seat cooperation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721098866.6U CN207467809U (en) | 2017-08-30 | 2017-08-30 | A kind of coating materials rolls up material storage mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721098866.6U CN207467809U (en) | 2017-08-30 | 2017-08-30 | A kind of coating materials rolls up material storage mechanism |
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| CN207467809U true CN207467809U (en) | 2018-06-08 |
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| CN201721098866.6U Active CN207467809U (en) | 2017-08-30 | 2017-08-30 | A kind of coating materials rolls up material storage mechanism |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107381157A (en) * | 2017-08-30 | 2017-11-24 | 无锡鸿昌精密机械有限公司 | A kind of coating materials rolls up material storage mechanism |
| CN109573222A (en) * | 2018-12-26 | 2019-04-05 | 嘉善精田精密机械制造有限公司 | A kind of packing machine of the soft towel of cotton |
-
2017
- 2017-08-30 CN CN201721098866.6U patent/CN207467809U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107381157A (en) * | 2017-08-30 | 2017-11-24 | 无锡鸿昌精密机械有限公司 | A kind of coating materials rolls up material storage mechanism |
| CN109573222A (en) * | 2018-12-26 | 2019-04-05 | 嘉善精田精密机械制造有限公司 | A kind of packing machine of the soft towel of cotton |
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