CN108654943A - A kind of UV coatings production line - Google Patents
A kind of UV coatings production line Download PDFInfo
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- CN108654943A CN108654943A CN201810655874.9A CN201810655874A CN108654943A CN 108654943 A CN108654943 A CN 108654943A CN 201810655874 A CN201810655874 A CN 201810655874A CN 108654943 A CN108654943 A CN 108654943A
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- 238000000576 coating method Methods 0.000 title claims abstract description 37
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 29
- 230000007246 mechanism Effects 0.000 claims abstract description 92
- 239000003973 paint Substances 0.000 claims abstract description 22
- 239000000463 material Substances 0.000 claims abstract description 16
- 238000000926 separation method Methods 0.000 claims description 20
- 239000011248 coating agent Substances 0.000 claims description 18
- 230000007723 transport mechanism Effects 0.000 claims description 15
- 239000007787 solid Substances 0.000 claims 2
- 230000032258 transport Effects 0.000 abstract description 15
- 238000000034 method Methods 0.000 abstract description 9
- 230000008569 process Effects 0.000 abstract description 9
- 230000009471 action Effects 0.000 abstract description 4
- 238000005516 engineering process Methods 0.000 abstract description 4
- 238000005507 spraying Methods 0.000 abstract description 3
- 239000000047 product Substances 0.000 description 107
- 238000010586 diagram Methods 0.000 description 7
- 230000005540 biological transmission Effects 0.000 description 4
- 238000010422 painting Methods 0.000 description 3
- 238000007747 plating Methods 0.000 description 3
- 239000006227 byproduct Substances 0.000 description 1
- 239000004568 cement Substances 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 239000013067 intermediate product Substances 0.000 description 1
- 230000013011 mating Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 1
- 239000007779 soft material Substances 0.000 description 1
- -1 vacuum plating Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C13/00—Means for manipulating or holding work, e.g. for separate articles
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Abstract
The present invention relates to spraying technology fields, specially a kind of UV coatings production line, its key points of the technical solution are that including first circulation conveyer belt, second circulation conveyer belt, intermediate conveyor belt, product conveying belt, loader mechanism, material supply device, a paint line and secondary paint line, loader mechanism is used for transferring product between conveyor belt；The product that material supply device provides is transmitted to a paint line through first circulation conveyer belt and carries out first time application, then loaded mechanism is transported to intermediate conveyor belt and transports to next process, intermediate transfer belt is placed back in after product completes next process, and it is transported under the action of loader mechanism on second circulation conveyer belt, it is transmitted to secondary paint line through second circulation conveyer belt and carries out second of application, then loaded mechanism is transported to product conveying belt, manually product need not be transported in different conveyer belts, improve production efficiency and yields.
Description
Technical field
The present invention relates to spraying technology fields, more specifically, it relates to a kind of UV coatings production line.
Background technology
UV curable coatings have prevent pollution and energy-saving effect, covering with paint chemically, it is physical it is outstanding, have rapid curing
Characteristic, just widely adopted use in multiple fields.Be widely used in production plastic cement, vacuum plating, PVC floor, planar mask,
Auto bulb, timber floor, cabinet panel etc..To plastic product carry out coating when, in order to preferably carry out coating, generally require by
Plating piece to be coated is placed on pallet, and pallet is passed through washer, coating equipment, apparatus for leveling and hard during conveying belt delivering
Change the coaters such as device and treats painting plating piece progress application.
It when carrying out UV coatings to product, needs product is put into pallet for several times and then takes out, turn on different conveyer belts
Fortune, but this product is put into the mode low production efficiency that pallet further takes out by operating personnel's manual operations.
Invention content
The object of the present invention is to provide a kind of UV coatings production lines, and product is transported in different conveyer belts, improve production
Efficiency.
The present invention above-mentioned technical purpose technical scheme is that：A kind of UV coatings production line, packet
First circulation conveyer belt, second circulation conveyer belt, intermediate conveyor belt, product conveying belt and loader mechanism are included, it is defeated in first circulation
The material supply device for taking and being provided with and supplying product to be coated, first circulation conveyer belt is sent to be provided with one after material supply device
Secondary paint line, is provided with secondary paint line on second circulation conveyer belt, loader mechanism be respectively arranged at first circulation conveyer belt with
Between intermediate conveyor belt, between intermediate conveyor belt and second circulation conveyer belt between the second conveyer belt and product conveying belt, dress
Mounted mechanism is used for transferring product between conveyor belt.
By using above-mentioned technical proposal, material supply device supplies product to be coated to first circulation conveyer belt, through first
Endless apron is transmitted to a paint line and carries out first time application, and then loaded mechanism is transported to intermediate conveyor belt, intermediate
Product transport after application to next process is placed back in intermediate biography by conveyer belt after product completes next process
Defeated band, and be transported on second circulation conveyer belt under the action of loader mechanism, it is transmitted to secondary painting through second circulation conveyer belt
Wiring carries out second of application, and then loaded mechanism is transported to product conveying belt, collects finished product by operating personnel, is not required to very important person
Work transports product in different conveyer belts, improves production efficiency, and effectively improve yields.
Preferably, a paint line and secondary paint line include the washer set gradually, the first coating equipment, second
Coating equipment, apparatus for leveling and uulcanizer.
By using above-mentioned technical proposal, by after product washes clean by application twice, then to the product after application
It is flattened and is hardened, painting effect is good.
Preferably, the loader mechanism includes setting horizontal drive portion, and horizontal drive portion is set between adjacent two conveyer belt,
Horizontal drive portion is fixedly connected with vertical driving portion, and the bottom of vertical driving portion is fixed with fixed plate, and the bottom of fixed plate is fixed
It is useful for the clamping cylinder of product clamping.
By using above-mentioned technical proposal, Product transport in place after, horizontal drive portion will be clamped cylinder and be moved to and product
Corresponding position, vertical driving portion driving clamping cylinder are moved toward close to the direction of product, and clamping cylinder clamps product, and vertical driving portion drives
Dynamic clamping cylinder up moves, and drives clamping cylinder toward conveyor belt mobile product from horizontal drive portion, after cylinder is clamped in place,
Vertical driving portion driving clamping cylinder moves down, and clamping cylinder unclamps product, and vertical driving portion driving clamping cylinder up moves, horizontal
Driving portion controls clamping cylinder and resets again, completes the transhipment of primary production, and so on sustainable to be transported through to product.
Preferably, the first circulation conveyer belt and second circulation conveyer belt transport product, fixed support using fixed tray
Disk includes tray susceptor and the fixture for fixing product, and the pallet is rotatably connected to the runing rest more than a row, described
Runing rest is fixedly connected with roller bearing, and the fixture is connected to rotary frame.
Roller bearing is resisted, makes roller bearing in the mistake of transmission at delivery tray to coating region by using above-mentioned technical proposal
It rotates in journey, to drive runing rest to rotate, and then drives fixture rotation so that product to be coated is during coating
Rotation so that the coating of product to be coated is evenly.
Preferably, on fixed tray an outer bar clamp height be less than an inner bar clamp height, the clamping cylinder
Corresponding with the fixture on the fixed tray and inner clamping cylinder and fixed plate of quantity between to be connected with driving clamping cylinder vertical
The alignment driving portion of movement.
By using above-mentioned technical proposal so that the height for being fixed on the product on fixture is inconsistent, improves to product
Spraying effect, and when needing to be clamped or put down the product on fixed tray, alignment driving portion is enabled to drive inner clamping cylinder
It moves up so that the difference in height between difference in height and fixture between inside and outside clamping cylinder is consistent, facilitates clamping or puts down product.
Preferably, the intermediate conveyor belt and product conveying belt are using delivery palletized transport product, before loader mechanism
Both sides are provided with the delivery pallet being respectively used to separate in stacked state and the separator and stacking that stack delivery pallet afterwards
Device.
By using above-mentioned technical proposal, when needing the operation to delivering pallet transferring product, separator is loading
The front side of mechanism detaches the delivery pallet of stacked state, and loader mechanism is facilitated to be carried out on the delivery pallet separated
Operation, complete to deliver pallet transferring product operation when, stack device loader mechanism rear side to the fortune after operation
Pallet is carried to be stacked, it is convenient that batch operation is carried out to delivery pallet.
Preferably, the separator include be relatively arranged on intermediate conveyor belt or product conveying belt both sides with fork
Gripper driving portion, the separation for driving gripper driving portion vertical and straight movement for being fixed on intermediate conveyor belt or product conveying belt both sides
Driving portion and it is vertically arranged at the lifting driving portion that delivery pallet is used to support between two separation driving portions, the stack device
Structure is consistent with separator.
By using above-mentioned technical proposal, when needing to detach the delivery pallet in stacked state, separation driving portion drives
Dynamic gripper driving portion makes the fork of gripper driving portion be between first and second layers of delivery pallet, gripper driving portion driving fork
Son enters between first and second layers of delivery pallet, and separation driving portion driving gripper driving portion up holds up second layer or more
Pallet is delivered, the delivery pallet of first layer is kept moving forward, the delivery pallet of the former second layer of driving lifting driving portion support, folder
It holds driving portion and separation driving portion resets, lifting driving portion declines, and the delivery pallet of the former second layer reaches the position of first layer, complete
It is operated at first separation, and so on the sustainable delivery pallet to stacked state detaches；It is needing to stack delivery pallet
When, lifting driving portion holds up the delivery pallet in stacked position, and separation driving portion driving gripper driving portion rises to original first
The lower section of layer delivery pallet, gripper driving portion driving fork hold the delivery pallet of former first layer, and lifting driving portion is resetted, needed
The delivery palletized transport stacked delivers the lower section of pallet to former first layer, and separation driving portion resets, former first layer delivery support
Disk reach the second layer position, gripper driving portion reset, complete side stack operation, and so on it is sustainable to delivery pallet into
Row stacks.
Preferably, the side wall of fixture offers groove, and the elastic component contacted with product is equipped in the groove, folder
Tool is plugged in runing rest, and is mutually attracted by magnet between runing rest and fixture.
By using above-mentioned technical proposal, product is resisted using elastic component, product to be coated is fixed, reduce product from
The case where being fallen in fixture, it is ensured that coating effect, fixture are quickly aligned with runing rest under the action of magnet, improve work effect
Rate.
Preferably, the material supply device includes feed mechanism, dressing mechanism, transport mechanism and batch charging mechanism, described
For feed mechanism to dressing mechanism conveying products, the dressing mechanism arranges product and is sent to transport mechanism, the transmission
Product is sent to batch charging mechanism by mechanism, and product is delivered in fixed tray by batch charging mechanism.
By using above-mentioned technical proposal, product is placed in feed mechanism and is stored, feed mechanism passes product therein
It send into dressing mechanism, dressing mechanism to product arrange neatly, and is sent in transport mechanism, and transport mechanism will be after arrangement
Product is sent to batch charging mechanism, is thrown in the fixed tray of transport in place by batch charging mechanism, need not be manually frequently by product
It is put into and further takes out pallet, improve production efficiency.
Preferably, the feed mechanism includes that accumulator, fixed inclined plate, loading ramp and driving mechanism, several fixations are oblique
Plate is spaced in accumulator and is obliquely installed towards dressing mechanism, and the top of several fixed inclined plates is in upwards from the bottom end of accumulator
Ladder is arranged, and the top of the fixation inclined plate positioned at peak is connected with the stock guide towards dressing mechanism, loading ramp setting
Between fixed inclined plate and its top is in that ladder is arranged upwards, and driving mechanism drives loading ramp along the inclination side of fixed inclined plate
To movement, and when loading ramp is located at highs and lows, top is aligned with adjacent fixation inclined plate respectively.
By using above-mentioned technical proposal, product is placed in accumulator, drives loading ramp most using driving mechanism
It is moved back and forth in high point and lowest point, when loading ramp moves to lowest point, rests on fixed inclined plate top
Product rolls down and corresponding with the top of loading ramp along the top surface of fixed inclined plate and loading ramp, is up moved in loading ramp
During, drive corresponding with its top product up to move, and when loading ramp moves to peak, product along
Loading ramp and fixed inclined plate roll down, and and so on, when product is transported at the fixation inclined plate of top, product is along leading
Flitch is tumbled into dressing mechanism.
In conclusion the invention has the advantages that：
1, manually product need not be transported in different conveyer belts, improves production efficiency, and effectively improve yields；
2, alignment driving portion is convenient operates the product of different height position；
3, separator detaches the delivery pallet of stacked state, facilitates loader mechanism on the delivery pallet separated
It is operated；
4, stack device stacks delivery pallet, convenient to carry out batch operation to delivery pallet.
Description of the drawings
Fig. 1 is the structural schematic diagram of the present embodiment；
Fig. 2 is the structural schematic diagram of loader mechanism in the present embodiment, separator and stack device；
Fig. 3 is the enlarged diagram of the parts E in Fig. 2；
Fig. 4 is the enlarged diagram of the parts F in Fig. 2；
Fig. 5 is the internal structure schematic diagram of fixture and runing rest in the present embodiment；
Fig. 6 is the structural schematic diagram of material supply device in the present embodiment；
Fig. 7 is the internal structure schematic diagram of accumulator in the present embodiment.
Reference numeral：1, first circulation conveyer belt；2, second circulation conveyer belt；3, intermediate conveyor belt；4, product conveying belt；
5, loader mechanism；6, material supply device；7, a paint line；8, secondary paint line；9, washer；10, the first coating equipment；
11, the second coating equipment；12, apparatus for leveling；13, uulcanizer；14, horizontal drive portion；15, vertical driving portion；16, fixed plate；
17, cylinder is clamped；18, fixed tray；19, it is aligned driving portion；20, pallet is delivered；21, separator；22, stack device；23, it presss from both sides
Hold driving portion；24, driving portion is detached；25, driving portion is lifted；26, mounting bracket；27, motor；28, guide rail；29, sliding block；30, it holds in the palm
Disk pedestal；31, fixture；32, runing rest；33, roller bearing；34, groove；35, elastic component；36, magnet；37, feed mechanism；38、
Dressing mechanism；39, transport mechanism；40, accumulator；41, fixed inclined plate；42, loading ramp；43, driving mechanism；44, stock guide；
45, finishing plate；46, push rod；47, pusher actuator；48, splicing groove；49, product guide rail；50, mounting sheet；51, driving is placed
Part；52, part is pushed against；53, conveyer belt；54, batch charging mechanism.
Specific implementation mode
Below in conjunction with attached drawing, invention is further described in detail.
Following specific examples is only explanation of the invention, is not limitation of the present invention, art technology
Personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but as long as
It is all protected by Patent Law in the right invented below.
A kind of UV coatings production line, as depicted in figs. 1 and 2, including first circulation conveyer belt 1, second circulation conveyer belt 2,
Runway shape cycle is set in a ring for intermediate conveyor belt 3 and product conveying belt 4, first circulation conveyer belt 1 and second circulation conveyer belt 2
It sets, A, B, C, D are respectively first circulation conveyer belt 1, second circulation conveyer belt 2, intermediate conveyor belt 3 and product conveying belt 4 in figure
Conveying direction.
Wherein first circulation conveyer belt 1 and second circulation conveyer belt 2 transport product, fixed tray 18 using fixed tray 18
Fixture 31 including tray susceptor 30 and for fixing product（See Fig. 5）, tray susceptor 30 is rotatably connected to by bearing more than 1
The runing rest 32 of row, the bottom end of runing rest 32 are fixedly connected with the roller bearing 33 that outer surface is the soft materials such as rubber, fixture
31 are plugged in rotary frame, the side wall of fixture 31 offers groove 34, are equipped in the groove 34 and are contacted with product
Elastic component 35, fixture 31 is plugged in runing rest 32, and is mutually attracted by magnet 36 between runing rest 32 and fixture 31.
The height of outer row runing rest is less than the height of inner row runing rest, the present embodiment on fixed tray 18
Fixture on middle fixed tray 18 is provided with 4 rows altogether, and the height of inner two rows is more than the height of outer two rows；Intermediate conveyor belt
3 and product conveying belt 4 using delivery pallet 20 transport product, deliver pallet 20 on be provided with and the fixture number on fixed tray 18
The fixed column of the consistent position for fixing product of amount, four edges of delivery pallet 20 are provided with for being transported with last layer
The mating inserting column in the bottom of pallet 20 is carried, upper and lower delivery pallet 20 is mutually inserted to be stacked.
Be provided on first circulation conveyer belt 1 supplied for the fixed tray 18 on first circulation conveyer belt 1 it is to be coated
Once paint line 7 are arranged in the material supply device 6 of product, first circulation conveyer belt 1 after material supply device 6, and second follows
Secondary paint line 8 is provided on endless conveying belt 2, and a paint line 7 and secondary paint line 8 include the transmission along conveyer belt
Washer 9, the first coating equipment 10, the second coating equipment 11, apparatus for leveling 12 and the uulcanizer 13 that direction is set gradually.
In conjunction with Fig. 1, Fig. 6 and Fig. 7, material supply device 6 is arranged altogether 8, is respectively set in the both sides of first circulation conveyer belt 1
4 are set, setting material supply device 6 includes feed mechanism 37, dressing mechanism 38, transport mechanism 39 and batch charging mechanism 54, feeding
To 38 conveying products of dressing mechanism, dressing mechanism 38 arranges product and is sent to transport mechanism 39, transport mechanism for mechanism 37
Product is sent to batch charging mechanism 54 by 39, and product is delivered in fixed tray 18 by batch charging mechanism 54.
Feed mechanism 37 includes accumulator 40, fixed inclined plate 41, loading ramp 42 and driving mechanism 43, several fixed inclined plates
41 are spaced in the accumulator 40 and are obliquely installed towards dressing mechanism 38, and the tops of several fixed inclined plates 41 is from the bottom of accumulator 40
End is arranged in ladder upwards, and the top of the fixation inclined plate 41 positioned at peak is connected with the stock guide towards dressing mechanism 38
44, loading ramp 42 is set between fixed inclined plate 41 and its top is in that ladder is arranged upwards, the bottom of several loading ramps 42
End is mutually permanently connected, and driving mechanism 43 drives loading ramp 42 to be moved back and forth along the inclined direction of fixed inclined plate 41, and fills
When unloading inclined plate 42 and being located at highs and lows, top is aligned with adjacent fixation inclined plate 41 respectively, and driving mechanism 43 is specific
For the crank cam mechanism driven by the motor 27 being fixed on fixed inclined plate 41.
Dressing mechanism 38 includes finishing plate 45, push rod 46 and pusher actuator 47, is provided on finishing plate 45 and leads to transmission
The splicing groove 48 of mechanism 39, push rod 46 are slidably connected to splicing groove 48, and pusher actuator 47 is for driving push rod 46 in splicing groove
It is slided on 48, pusher actuator 47 is specially cylinder.
If splicing groove 48 is provided with 3, dressing mechanism 38 further includes mobile actuator, and mobile actuator is arranged for driving
Plate 45 is moved along the direction perpendicular to charging spout, and mobile actuator is along perpendicular to the setting of 48 direction of splicing groove in the present embodiment
Cylinder（It is not shown in figure）, drive finishing plate 45 to move horizontally using mobile actuator, make the splicing groove 48 of different location and lead
Flitch 44 corresponds to, and pushes product to transport mechanism 39 again after splicing groove 48 all receives product, improves production efficiency.
Transport mechanism 39 includes conveyer belt 53, and the product for leading to batch charging mechanism 54 is provided in the top of conveyer belt 53
Guide rail 49.
Batch charging mechanism 54 includes mounting sheet 50 and places actuator 51, and mounting sheet 50 is held in the unloading position of transport mechanism 39
Tropsch products place actuator 51 for driving mounting sheet 50 to be detached with product, and it is specially cylinder to place actuator 51.
The end of transport mechanism 39 is arranged downward, is provided in the top of mounting sheet 50 and pushes against part 52, is placed for pushing against
The product of 50 second layer of plate, it is specially to determine stroke cylinder to push against part 52.
Combined with Figure 1 and Figure 2, between first circulation conveyer belt 1 and intermediate conveyor belt 3, intermediate conveyor belt 3 and second circulation
Loader mechanism 5 is both provided between conveyer belt 2 between the second conveyer belt and product conveying belt 4, loader mechanism 5 is used for adjacent
Product in first circulation conveyer belt 1 on fixed tray 18 is transported in intermediate conveyor belt 3 by transferring product between conveyer belt
It is transported to fixed tray in second circulation conveyer belt 2 on delivery pallet 20, by the product in intermediate conveyor belt 3 on delivery pallet 20
On 18 and the product in the second conveyer belt on fixed tray 18 is transported in product conveying belt 4 and is delivered on pallet 20.
And it is provided with and is respectively used to separate in heap relative to the front and rear sides of place conveyer belt in each loader mechanism 5
The delivery pallet 20 of overlapping state and the separator 21 and stack device 22 for stacking delivery pallet 20.
In conjunction with Fig. 2 and Fig. 3, loader mechanism 5 includes setting horizontal drive portion 14, vertical driving portion 15 and clamping cylinder 17
（Gripper Cylinder）, between adjacent two conveyer belt is fixed on by mounting bracket 26 in horizontal drive portion 14, horizontal drive portion
14 include guide rail 28, sliding block 29 and horizontal drive part, and guide rail 28 is horizontally fixed on mounting bracket 26, and with it is defeated on corresponding position
Send band vertical, sliding block 29 is slidably connected to guide rail 28, and horizontal drive part is motor 27 and is installed on one end of guide rail 28, motor 27
Output shaft the lead screw with 29 screw-thread fit of sliding block is rotatably connected to along the direction of guide rail 28（It is not shown in figure）, driving motor 27
It can make the horizontal sliding on guide rail 28 of sliding block 29.
Sliding block 29 is fixedly connected with vertical driving portion 15, and vertical driving portion 15 can be the telescopic equipments such as cylinder or oil cylinder,
The bottom of vertical driving portion 15 is fixed with fixed plate 16, and the quantity of clamping cylinder 17 is corresponding with the fixture on fixed tray 18 and is used for
Product clamping, and being aligned for driving clamping 17 vertical and straight movement of cylinder is connected between clamping cylinder 17 and the fixed plate 16 of inner two rows
Driving portion 19, alignment driving portion 19 can be the telescopic equipments such as cylinder or oil cylinder.
In conjunction with Fig. 2 and Fig. 4, separator 21 includes the band for being relatively arranged on 4 both sides of intermediate conveyor belt 3 or product conveying belt
The gripper driving portion 23 of fork, be fixed on 4 both sides of intermediate conveyor belt 3 or product conveying belt for driving gripper driving portion 23 perpendicular
The lifting that the separation driving portion 24 that directly moves and being vertically arranged at is used to support delivery pallet 20 between two separation driving portions 24 is driven
Dynamic portion 25, wherein gripper driving portion 23, separation driving portion 24 and lifting driving portion 25 can be the telescopic equipments such as cylinder or oil cylinder.
The structure of stack device 22 is consistent with the structure of separator 21.
Specific work process：Fixed tray 18 of the material supply device 6 on first circulation conveyer belt 1 supplies production to be coated
Product, product are transmitted to paint line 7 through first circulation conveyer belt 1 and carry out first time application, by after product washes clean by
Then application twice is flattened and is hardened to the product after application.
Then loaded mechanism 5 is transported to intermediate conveyor belt 3.
Product transport after application to next process, next process mentioned here be by intermediate conveyor belt 3
Refer to the gold-plated equal intermediate treatment process not being included in present invention design.
The starting point of intermediate transfer belt is placed back in after product completes next process, and is placed on the delivery support of stacking
It on disk 20, and is transported on second circulation conveyer belt 2 under the action of loader mechanism 5, two is transmitted to through second circulation conveyer belt 2
Secondary paint line 8 carries out second of application, and then loaded mechanism 5 is transported to product conveying belt 4, and finished product is collected by operating personnel,
Manually product need not be transported in different conveyer belts, improve production efficiency, and effectively improve yields.
Meanwhile during by palletized transport to coating region, the fitting that is arranged along transporting direction using conveyer belt
Resist roller bearing 33 so that roller bearing 33 rotates during transport, to drive the product to be coated on fixture 31 to rotate so that wait for
The coating for applying product evenly, improves coating effect.
During adjacent conveyor interband transferring product, Product transport in place after, cylinder will be clamped in horizontal drive portion 14
17 be moved to product corresponding position, enable alignment driving portion 19 drive inner clamping cylinder 17 to move up so that inside and outside clamping cylinder 17
Between difference in height and fixture between difference in height it is consistent, vertical driving portion 15 driving clamping cylinder 17 toward close to product direction
Mobile, clamping cylinder 17 clamps product, and the driving clamping cylinder 17 of vertical driving portion 15 up moves, and is driven by horizontal drive portion 14
Cylinder 17 is clamped toward conveyor belt mobile product, after cylinder 17 is clamped in place, the driving clamping cylinder 17 of vertical driving portion 15 is transported down
Dynamic, clamping cylinder 17 unclamps product, and alignment driving portion 19 is enabled to reset, and the driving clamping cylinder 17 of vertical driving portion 15 up moves reset,
Horizontal drive portion 14 controls clamping cylinder 17 and resets again, completes the transhipment of primary production, and so on sustainable to turn to product
Fortune.
Also, the front and rear sides of separator 21 and stack device 22 in each loader mechanism 5 relative to place conveyer belt
Stack the delivery pallet 20 of delivery pallet 20 and separation in stacked state so that only have one layer in the underface of loader mechanism 5
Delivery pallet 20.
When needing to detach the delivery pallet 20 in stacked state, separation driving portion 24 drives gripper driving portion 23, makes
The fork of gripper driving portion 23 is between first and second layers of delivery pallet 20, and gripper driving portion 23 drives fork to enter first
Between second layer delivery pallet 20, the separation driving gripper driving portion 23 of driving portion 24 up holds up the delivery of second layer or more
The delivery pallet 20 of pallet 20, first layer is kept moving forward, and driving lifting driving portion 25 supports the delivery pallet of the former second layer
20, gripper driving portion 23 and separation driving portion 24 reset, and lifting driving portion 25 declines, and the delivery pallet 20 of the former second layer reaches the
First separation operation is completed in one layer of position, and and so on the sustainable delivery pallet 20 to stacked state detaches.
When needing to stack delivery pallet 20, lifting driving portion 25 holds up the delivery pallet 20 in stacked position, separation
Driving portion 24 drives gripper driving portion 23 to rise to the lower section that former first layer delivers pallet 20, and gripper driving portion 23 drives fork support
The firmly delivery pallet 20 of former first layer, lifting driving portion 25 reset, the transport of delivery pallet 20 stacked to original first
The lower section of layer delivery pallet 20, separation driving portion 24 reset, and former first layer delivery pallet 20 reaches the position of the second layer, and clamping is driven
Dynamic portion 23 resets, and completes a stack operation, and so on sustainable to be stacked to delivery pallet 20, is being stacked to a fixed number
It is conveyed forward again when amount.
Claims (10)
1. a kind of UV coatings production line, it is characterized in that：Including first circulation conveyer belt (1), second circulation conveyer belt (2), centre
Conveyer belt (3), product conveying belt (4) and loader mechanism (5) are provided with supply product to be coated on first circulation conveyer belt (1)
Material supply device (6), once paint line (7) are arranged in material supply device (6) in first circulation conveyer belt (1) afterwards,
Be provided with secondary paint line (8) on two endless aprons (2), loader mechanism (5) be respectively arranged at first circulation conveyer belt (1) with
It is conveyed between intermediate conveyor belt (3), between intermediate conveyor belt (3) and second circulation conveyer belt (2) with the second conveyer belt and finished product
Between band (4), loader mechanism (5) is used for transferring product between conveyor belt.
2. a kind of UV coatings production line according to claim 1, it is characterized in that：Paint line (7) and secondary paint line
(8) include set gradually washer (9), the first coating equipment (10), the second coating equipment (11), apparatus for leveling (12) and
Uulcanizer (13).
3. a kind of UV coatings production line according to claim 1, it is characterized in that：The loader mechanism (5) includes setting level
Driving portion (14), horizontal drive portion (14) are set between adjacent two conveyer belt, and horizontal drive portion (14) are fixedly connected with vertically
The bottom of driving portion (15), vertical driving portion (15) is fixed with fixed plate (16), and the bottom of fixed plate (16) is fixed with for pressing from both sides
Hold the clamping cylinder (17) of product.
4. a kind of UV coatings production line according to claim 3, it is characterized in that：The first circulation conveyer belt (1) and
Two endless aprons (2) transport product using fixed tray (18), and fixed tray (18) includes tray susceptor (30) and is used for solid
The fixture (31) of fixed output quota product, the pallet are rotatably connected to the runing rest (32) more than a row, and the runing rest (32) is solid
Surely it is connected with roller bearing (33), the fixture (31) is connected to rotary frame.
5. a kind of UV coatings production line according to claim 4, it is characterized in that：An outer bar clamp on fixed tray (18)
(31) height is less than the height of an inner bar clamp (31), quantity and the folder on fixed tray (18) of the clamping cylinder (17)
Have (31) to correspond to, and is connected with driving clamping cylinder (17) vertical and straight movement between inner clamping cylinder (17) and fixed plate (16)
It is aligned driving portion (19).
6. a kind of UV coatings production line according to claim 1, it is characterized in that：The intermediate conveyor belt (3) and finished product are defeated
It send band (4) to transport product using delivery pallet (20), is provided with to be respectively used to separate in the front and rear sides of loader mechanism (5) and is in
The delivery pallet (20) of stacked state and the separator (21) and stack device (22) for stacking delivery pallet (20).
7. a kind of UV coatings production line according to claim 6, it is characterized in that：The separator (21) includes opposite sets
It is placed in the gripper driving portion (23) with fork of intermediate conveyor belt (3) or product conveying belt (4) both sides, is fixed on intermediate conveyor belt
(3) or product conveying belt (4) both sides for drive gripper driving portion (23) vertical and straight movement separation driving portion (24) and vertically
It is set to the lifting driving portion (25) that delivery pallet (20) is used to support between two separation driving portions (24), the stack device
(22) structure is consistent with separator (21).
8. a kind of UV coatings production line according to claim 4, it is characterized in that：The side wall of fixture (31) offers groove
(34), the elastic component (35) contacted with product is installed in the groove (34), fixture (31) is plugged in runing rest
(32), it and between runing rest (32) and fixture (31) is mutually attracted by magnet (36).
9. a kind of UV coatings production line according to claim 4, it is characterized in that：The material supply device (6) includes upper
Expect mechanism (37), dressing mechanism (38), transport mechanism (39) and batch charging mechanism (54), the feed mechanism (37) is to dressing mechanism
(38) conveying products, the dressing mechanism (38) arrange product and are sent to transport mechanism (39), the transport mechanism
(39) product is sent to batch charging mechanism (54), product is delivered in fixed tray (18) by batch charging mechanism (54).
10. a kind of UV coatings production line according to claim 9, it is characterized in that：The feed mechanism (37) includes storing
Device (40), fixed inclined plate (41), loading ramp (42) and driving mechanism (43), several fixed inclined plates (41) are in accumulator (40)
It is spaced and is obliquely installed towards dressing mechanism (38), the top of several fixed inclined plates (41) is in upwards from the bottom end of accumulator (40)
Ladder is arranged, and the top of the fixation inclined plate (41) positioned at peak is connected with the stock guide (44) towards dressing mechanism (38),
Loading ramp (42) is set between fixed inclined plate (41) and its top is in that ladder is arranged upwards, driving mechanism (43) driving dress
Inclined direction movement of the inclined plate (42) along fixed inclined plate (41) is unloaded, and when loading ramp (42) is located at highs and lows,
Its top is aligned with adjacent fixation inclined plate (41) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810655874.9A CN108654943A (en) | 2018-06-23 | 2018-06-23 | A kind of UV coatings production line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810655874.9A CN108654943A (en) | 2018-06-23 | 2018-06-23 | A kind of UV coatings production line |
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| CN108654943A true CN108654943A (en) | 2018-10-16 |
Family
ID=63773085
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| CN201810655874.9A Pending CN108654943A (en) | 2018-06-23 | 2018-06-23 | A kind of UV coatings production line |
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| Country | Link |
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| CN (1) | CN108654943A (en) |
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