CN220310831U - UV priming paint roller coating device - Google Patents

UV priming paint roller coating device Download PDF

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Publication number
CN220310831U
CN220310831U CN202321763893.6U CN202321763893U CN220310831U CN 220310831 U CN220310831 U CN 220310831U CN 202321763893 U CN202321763893 U CN 202321763893U CN 220310831 U CN220310831 U CN 220310831U
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China
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primer
double
roller coating
sanding
lamp curing
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CN202321763893.6U
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Chinese (zh)
Inventor
郑龙
戴福良
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Henan Oupai Door Industry Co ltd
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Henan Oupai Door Industry Co ltd
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Abstract

The utility model relates to the technical field of workpiece production, in particular to a UV primer roller coating device which comprises a gantry feeding mechanism and a gantry discharging mechanism, wherein one sanding mechanism, one putty roller coating mechanism, four curing mechanisms, three primer roller coating mechanisms and two primer sanding mechanisms are arranged between the gantry feeding mechanism and the gantry discharging mechanism. The gantry feeding mechanism is connected with the veneer sanding mechanism through a conveyor belt, the sanding mechanism is connected with the roller coating mechanism and the photo-curing mechanism, and the core process is that the production process requirement and the product quality requirement are met through a small amount of multiple roller coating. The UV primer roller coating technology has the advantages of high automation degree, high production efficiency, high primer coating quality improvement, high stability, safe and reliable use, reduced labor workload, reduced material consumption, and capability of recycling the door leaf rapid primer coating device, and is suitable for market change, so that the UV primer roller coating technology has a wide market prospect.

Description

UV priming paint roller coating device
Technical Field
The utility model relates to the technical field of workpiece production, in particular to a UV primer roller coating device.
Background
At present, the work piece is restricted to special-shaped surface production and adopts custom curved surface more about special-shaped surface order, it is changeable and irregular, ordinary roller coater can't satisfy the production requirement, so the special-shaped surface adopts artifical manual spraying or machine spraying entirely, but traditional mechanical spraying is great to environmental pollution, ordinary mechanical spraying paint adhesion rate only 40%, waste is great and need transport to special stoving room after the spraying and dry, polish and carry out finish paint application process at last after the stoving, but, present equipment has the number of times of transporting height, production cycle is long, degree of automation is low, production efficiency is low, production quality is unstable and workman's work load and work efficiency are low shortcoming.
Therefore, the UV primer roller coating device which reduces the transfer times, reduces the production period, has high automation degree, high production efficiency, stable quality, reduces the workload of workers, increases the working efficiency and has good primer effect has wide market prospect.
Disclosure of Invention
Aiming at the defects of the prior art, the utility model provides the UV primer roller coating device which has the advantages of reducing the transfer times, reducing the production period, having high automation degree, high production efficiency, stable quality, reducing the workload of workers, increasing the working efficiency and good primer effect, and is used for overcoming the defects in the prior art.
The utility model adopts the technical scheme that: the utility model provides a UV priming paint roller coat device, includes longmen feed mechanism and longmen unloading mechanism, longmen feed mechanism and longmen unloading mechanism between be equipped with the sanding mechanism, blow dirt mechanism, putty roller coat mechanism, first double lamp curing mechanism, first priming paint roller coat mechanism, second double lamp curing mechanism, first priming paint sanding mechanism, second priming roller coat mechanism, third double lamp curing mechanism, third priming roller coat mechanism, fourth double lamp curing mechanism and second priming sanding mechanism, longmen feed mechanism, sanding mechanism, blow dirt mechanism, putty roller coat mechanism, first double lamp curing mechanism, first roller coat mechanism, second double lamp curing mechanism, first priming sanding mechanism, second priming roller coat mechanism, third double lamp curing mechanism, third priming roller coat mechanism, fourth double lamp curing mechanism, second priming sanding mechanism and longmen unloading mechanism between connect belt conveyor assembly, longmen feed mechanism, sanding mechanism, blow dirt mechanism, third priming roller coat mechanism, first double lamp curing mechanism, first priming roller coat mechanism, second double lamp curing mechanism, second priming roller coat mechanism and fourth priming roller coat mechanism.
The gantry feeding mechanism comprises two feeding guide supporting frames, a limiting guide rail, a movable sliding rail, a workpiece sucker assembly, a forward stepping motor, a reverse stepping motor, a workpiece placement table and a steel rail conveying assembly, wherein the limiting guide rail is arranged between the two feeding guide supporting frames, the two feeding guide supporting frames are connected through the limiting guide rail, the movable sliding rail is arranged on the top surface of the limiting guide rail, the steel rail conveying assembly is arranged below the limiting guide rail on two sides of the steel rail conveying assembly, the workpiece placement table is arranged below the limiting guide rail, the workpiece sucker assembly is arranged between one workpiece placement table and the lower side of the limiting guide rail, the top surface of the workpiece sucker assembly is sleeved below the limiting guide rail through the movable sliding rail, the forward stepping motor and the reverse stepping motor are arranged on the top surface of the workpiece sucker assembly, the belt conveying assembly is connected to the inner side of the workpiece placement table, and the gantry feeding mechanism and the gantry discharging mechanism adopt the same structure.
One side of the sanding mechanism is connected with the gantry feeding mechanism through a belt conveying assembly, the other side of the sanding mechanism is connected with one side of the dust blowing mechanism through the belt conveying assembly, and the other side of the dust blowing mechanism is connected with one side of the putty roller coating mechanism through the belt conveying assembly.
The other side of the putty roller coating mechanism is connected with one side of the first double-lamp curing mechanism through a belt conveying assembly, and the side wall of the other side of the first double-lamp curing mechanism is connected with the side wall of one side of the first primer roller coating mechanism.
The other side of the first primer roller coating mechanism is connected with one side of the second double-lamp curing mechanism through a belt conveying assembly, and the other side of the second double-lamp curing mechanism is connected with one side of the first primer sanding mechanism through the belt conveying assembly.
The other side of the first primer sanding mechanism is connected with one side of a second primer roller coating mechanism through a belt conveying assembly, and the other side of the second primer roller coating mechanism is connected with one side of a third double-lamp curing mechanism through the belt conveying assembly.
The side wall of the other side of the third double-lamp curing mechanism is connected with the side wall of one side of the third primer roller coating mechanism, and the other side of the third primer roller coating mechanism is connected with one side of the fourth double-lamp curing mechanism through a belt conveying assembly.
The other side of the fourth double-lamp curing mechanism is connected with one side of the second primer sanding mechanism through a belt conveying assembly, and the other side of the second primer sanding mechanism is connected with the gantry blanking mechanism through the belt conveying assembly.
The utility model has the beneficial effects that: firstly, a gantry feeding mechanism, a gantry discharging mechanism, a sanding mechanism, a dust blowing mechanism, a putty roller coating mechanism, a first double-lamp curing mechanism, a first primer roller coating mechanism, a second double-lamp curing mechanism, a first primer sanding mechanism, a second primer roller coating mechanism, a third double-lamp curing mechanism, a third primer roller coating mechanism, a fourth double-lamp curing mechanism and a second primer sanding mechanism are arranged between the gantry feeding mechanism and the gantry discharging mechanism, so that a workpiece is conveniently fed and discharged, a sanding mechanism and a dust blowing mechanism are arranged between the gantry feeding mechanism and the gantry discharging mechanism to sand and blow the surface of the workpiece, the putty roller coating mechanism and the first double-lamp curing mechanism are arranged behind the dust blowing mechanism, the first double-lamp curing mechanism is provided with the first primer roller coating mechanism and the second double-lamp curing mechanism, the second double-lamp curing mechanism is provided with the first primer sanding mechanism for carrying out surface particle treatment of the primer, the second primer roller coating mechanism and the third double-lamp curing mechanism are arranged behind the first primer sanding mechanism, the third primer roller coating mechanism and the third double-lamp curing mechanism is provided with the third primer mechanism and the fourth double-lamp curing mechanism for carrying out roller coating curing again, and the second primer roller coating curing is carried out after the second primer roller coating curing and the second double-lamp curing mechanism is carried out roller coating curing after the second primer roller coating mechanism is carried out sanding and the second double-coating curing; the utility model has the advantages of simple structure, convenient operation, ingenious design, great improvement of working efficiency, good social and economic benefits and easy popularization and use.
Drawings
Fig. 1 is a schematic structural diagram of the working principle of the UV primer roll coating production line of the present utility model.
Fig. 2 is a schematic structural diagram of the working principle of the gantry feeding mechanism of the present utility model.
Detailed Description
In the description of the present application, it should be understood that the terms "upper," "lower," "top," "bottom," "inner," "outer," and the like indicate an orientation or a positional relationship based on that shown in the drawings, and are merely for convenience of description and simplification of the description, and do not indicate or imply that the apparatus or element in question must have a specific orientation, be configured and operated in a specific orientation, and therefore should not be construed as limiting the present application. The terms "first," "second," "third," "fourth," and the like herein are used for distinguishing between similar elements and not necessarily for describing a sequential or chronological order. Reference to "connected" and "coupled" in this application includes both direct and indirect connection, unless specifically indicated otherwise.
As shown in fig. 1 and 2, the UV primer roller coating device comprises a gantry feeding mechanism 1 and a gantry discharging mechanism 2, wherein a sanding mechanism 3, a dust blowing mechanism 4, a putty roller coating mechanism 5, a first double-primer roller coating mechanism 6, a first primer roller coating mechanism 7, a second double-primer curing mechanism 9, a first primer sanding mechanism 8, a second primer roller coating mechanism 10, a third double-primer curing mechanism 11, a third primer roller coating mechanism 12, a fourth double-primer curing mechanism 13 and a second primer sanding mechanism 14 are arranged between the gantry feeding mechanism 1 and the gantry discharging mechanism 2, the first double-primer roller coating mechanism 6, the first double-primer roller coating mechanism 7, the second double-primer curing mechanism 9, the first primer sanding mechanism 8, the second primer roller coating mechanism 10, the third double-primer curing mechanism 11, the third double-primer curing mechanism 12, the fourth double-primer curing mechanism 13, the second primer roller coating mechanism 14 and the gantry discharging mechanism 2 are connected with a belt conveying assembly 24, and the first double-primer roller coating mechanism 1, the sanding mechanism 3, the second double-primer roller coating mechanism 4, the second primer roller coating mechanism 4, the first double-primer roller coating mechanism 4, the second primer roller coating mechanism 10, the third double-primer roller coating mechanism 11, the second double-primer roller coating mechanism 4 and the second primer roller coating mechanism 2 are connected with each other; the gantry feeding mechanism 1 comprises two feeding guide support frames 16, a limit guide rail 17, a movable slide rail 18, a workpiece sucker assembly 19, a forward stepping motor 20, a reverse stepping motor 21, a workpiece placement table 23 and a steel rail conveying assembly 22, wherein the limit guide rail 17 is arranged between the two feeding guide support frames 16, the two feeding guide support frames 16 are connected through the limit guide rail 17, the movable slide rail 18 is arranged on the top surface of the limit guide rail 17, the steel rail conveying assembly 22 is arranged below the limit guide rail 17, the workpiece placement table 23 is arranged below the limit guide rail 17 on two sides of the steel rail conveying assembly 22, the workpiece sucker assembly 19 is arranged between one workpiece placement table 23 and the lower side of the limit guide rail 17, the top surface of the workpiece sucker assembly 19 is sleeved below the limit guide rail 17 through the movable slide rail 18, the forward stepping motor 20 and the reverse stepping motor 21 are arranged on the top surface of the workpiece sucker assembly 19, the inner side of the workpiece placement table 23 is connected with the belt conveying assembly 24, and the gantry feeding mechanism 1 and the gantry discharging mechanism 2 adopt the same structure; through portal loading mechanism 1, portal unloading mechanism 2, the sanding mechanism 3, blow dirt mechanism 4, putty roller coat mechanism 5, first double-lamp curing mechanism 6, first primer roller coat mechanism 7, second double-lamp curing mechanism 9, first primer sanding mechanism 8, second primer roller coat mechanism 10, third double-lamp curing mechanism 11, third primer roller coat mechanism 12, fourth double-lamp curing mechanism 13 and second primer sanding mechanism 14 of setting up, thereby be convenient for carry out the unloading to the work piece, be equipped with sanding mechanism 3 and blow dirt mechanism 4 between portal loading mechanism 1 and the portal unloading mechanism 2 and carry out surface sanding and blowing to the work piece, there are putty roller coat mechanism 5 and first double-lamp curing mechanism 6 behind the blow dirt mechanism 4, there are first primer roller coat mechanism 7 and second double-lamp curing mechanism 9 behind the first double-lamp curing mechanism 6, there are first primer sanding mechanism 8 to carry out the surface particle treatment of primer behind the first double-lamp curing mechanism 8, there are second primer roller coat mechanism 10 and third double-lamp curing mechanism 11 behind the first double-lamp sanding mechanism 8, carry out the second primer roller coat curing mechanism and third double-roller coat curing mechanism 12 again and carry out the third double-lamp curing mechanism, carry out the surface sanding and carry out the roller coat to the second primer and carry out the second primer roller coat and take place after the second double-lamp curing mechanism 12 and the double-lamp curing mechanism is carried out the second double-lamp curing mechanism 14 again, the second primer roller coat mechanism is cured after the double-lamp curing mechanism is carried out the second primer and the double-lamp curing mechanism is carried out the primer roller coat mechanism is carried out the third and carries out the primer curing after the second primer curing 2.
The sanding mechanism 3 comprises an integral frame, a workbench lifting system, a workbench conveying system, a sanding system, a dust removing system, a complete machine circuit and a pneumatic control system. The sanding belt is connected into a ring shape according to the process and sleeved on the sanding rubber roller, the steel roller is pneumatically tensioned to keep a certain tension of the sanding belt, and the sanding main roller rotates at a required speed to drive the gauze to rotate at a uniform speed; the workpiece is conveyed forward at a constant speed through a workbench feeding system, the lifting height of the conveying table is properly adjusted, the plate passes through the surface of the abrasive belt under proper pressure, surface particle impurities are physically removed, the surface is automatically sanded, the sanded workpiece passes through a dust removing system, and then the workpiece is sent out of the machine through the feeding system; the working principle of the dust blowing mechanism 4 is that a dust removing brush in the dust remover removes dust of a workpiece at a proper height in a reversing mode and sucks dust-containing gas into an air inlet main pipe under the suction force of a fan to enter an outdoor dust removing and recycling system to achieve purification; the dust blowing mechanism 4 enters the putty roller coating mechanism 5 after being subjected to line speed fine adjustment through the conveying roller table, an aviation plug and a temperature control switch on the machine table are connected to heat paint in a water bath when the temperature is lower than 15 ℃, putty roller coating is carried out on the surface of a special-shaped workpiece by using a low-hardness soft roller, silica gel (synthetic rubber) is selected as a material, the rubber roller hardness of the special-shaped roller is lower than 10 ℃, and when the workpiece passes through a roller coater, a roller coating step wheel contacts the surface of the workpiece, and surface roller coating is carried out on the special-shaped surface. The oil pump pumps the paint into the coating step wheel and the metering wheel, uniformly flows to the two ends of the coating step wheel and the metering wheel and uniformly and smoothly transfers the paint on the coating step wheel to a workpiece, and the coating amount is adjusted by adjusting the rotating speed of a motor so as to change the speed of a caster wheel and adjusting the relative rotating speed of the coating step wheel and the metering wheel; the putty roll coating mechanism 5 is composed of two groups of metering wheels and a coating step wheel, can fill putty into a base material, and the repair wheel after the coating step wheel can play a role in leveling after filling the putty, and can scrape redundant pairs of putty for recycling and use, so that the base material with deeper wood grain can be filled. The mechanism comprises a control panel, a conveyor belt oil groove, a back wave hand lever, a pump, a motor, a control panel and a left-right tensioning adjusting hand lever. The roller coating mechanism of roller coat putty theory of operation is that after the equipment circular telegram starts, the oil pump pumps paint into coating wheel and metering wheel, and the even flow of paint is between coating wheel and the metering wheel and shunted to both ends, evenly with the coating on the coating wheel, evenly transfer the work piece to, reach the effect of coating paint, the thickness of coating quantity can be adjusted through the clearance between regulation rubber roll and the steel roll, the rotational speed of steel roll. The coating effect of the workpiece can be adjusted by adjusting the conveying speed of the conveying belt, the speed of the casters and the like; the first double-lamp curing mechanism 6, the second double-lamp curing mechanism 9, the third double-lamp curing mechanism 11 and the fourth double-lamp curing mechanism 13 all adopt double-lamp curing mechanisms, and comprise an integral frame, a central control panel, a conveying stainless steel tube belt, a light shielding plate, a heat radiation fan and a drying lamp box, wherein the working principle is that a photoinitiator or a photosensitizer is added into resin with a special formula to generate active free radicals or ionic groups after absorbing ultraviolet light in ultraviolet light curing equipment, so that polymerization, crosslinking and grafting reactions are initiated, and the resin, UV paint, ink, adhesive and the like are converted from liquid state to solid state within a few seconds; the workpiece chuck assembly 19 includes a chuck moving frame and a plurality of fixed chucks disposed on the chuck support frame.
One side of the sanding mechanism 3 is connected with the gantry feeding mechanism 1 through a belt conveying assembly 24, the other side of the sanding mechanism 3 is connected with one side of the dust blowing mechanism 4 through the belt conveying assembly 24, and the other side of the dust blowing mechanism 4 is connected with one side of the putty roller coating mechanism 5 through the belt conveying assembly 24; the other side of the putty roller coating mechanism 5 is connected with one side of a first double-lamp curing mechanism 6 through a belt conveying assembly 24, and the side wall of the other side of the first double-lamp curing mechanism 6 is connected with the side wall of one side of a first primer roller coating mechanism 7; the other side of the first primer roller coating mechanism 7 is connected with one side of a second double-lamp curing mechanism 9 through a belt conveying assembly 24, and the other side of the second double-lamp curing mechanism 9 is connected with one side of a first primer sanding mechanism 8 through the belt conveying assembly 24; the other side of the first primer sanding mechanism 8 is connected with one side of a second primer roller coating mechanism 10 through a belt conveying assembly 24, and the other side of the second primer roller coating mechanism 10 is connected with one side of a third double-lamp curing mechanism 11 through the belt conveying assembly 24; the other side wall of the third double-lamp curing mechanism 11 is connected with one side wall of the third primer roller coating mechanism 12, and the other side of the third primer roller coating mechanism 12 is connected with one side of the fourth double-lamp curing mechanism 13 through a belt conveying assembly 24; the other side of the fourth double-lamp curing mechanism 13 is connected with one side of the second primer sanding mechanism 14 through a belt conveying assembly 24, and the other side of the second primer sanding mechanism 14 is connected with the gantry blanking mechanism 2 through the belt conveying assembly 24.
The application method of the product is as follows: as shown in fig. 1, through the gantry feeding mechanism 1, the gantry discharging mechanism 2, the sanding mechanism 3, the dust blowing mechanism 4, the putty roller coating mechanism 5, the first double-lamp curing mechanism 6, the first primer roller coating mechanism 7, the second double-lamp curing mechanism 9, the first primer sanding mechanism 8, the second primer roller coating mechanism 10, the third double-lamp curing mechanism 11, the third primer roller coating mechanism 12, the fourth double-lamp curing mechanism 13 and the second primer sanding mechanism 14 which are arranged, so that the workpiece is conveniently fed and discharged, a sanding mechanism 3 and the dust blowing mechanism 4 are arranged between the gantry feeding mechanism 1 and the gantry discharging mechanism 2, the surface sanding and the sweeping of the workpiece are carried out by the putty roller coating mechanism 5 and the first double-lamp curing mechanism 6 are arranged behind the dust blowing mechanism 4, the first double-lamp curing mechanism 7 and the second double-lamp curing mechanism 9 are arranged behind the first double-lamp curing mechanism 6, the surface particles of the primer are treated by the first double-lamp curing mechanism 8, the second primer roller coating mechanism 10 and the third double-lamp curing mechanism 11 are arranged behind the first double-lamp curing mechanism 8, the second primer roller coating mechanism and the third double-lamp curing mechanism 11 are carried out, the surface sanding and the primer is carried out again by the second roller coating mechanism and the second double-lamp curing mechanism 14 are carried out, the second primer roller coating mechanism is carried out after the second double-lamp curing mechanism is carried out, the second primer roller coating mechanism is carried out after the second double-lamp curing by the second double-lamp curing mechanism is carried out, and the second double-lamp curing mechanism is carried out by the double-lamp roller coating mechanism is carried out by the second double-lamp curing mechanism 11, and the primer coating mechanism is carried out after the primer is carried out after the double-is carried out, and the double-is carried out double-and the primer is carried out double-and has been cured by the primer mechanism is carried out.
The UV primer roller coating device reduces the transfer times, reduces the production period, has high automation degree, high production efficiency, stable quality, reduces the workload of workers, increases the working efficiency and has good primer effect, so that the UV primer roller coating device has wide market prospect.

Claims (8)

1. The utility model provides a UV priming roller coat device which characterized in that: including longmen feed mechanism (1) and longmen unloading mechanism (2), longmen feed mechanism (1) and longmen unloading mechanism (2) between be equipped with sanding mechanism (3), blow dirt mechanism (4), putty roller coat mechanism (5), first double-lamp curing mechanism (6), first primer roller coat mechanism (7), second double-lamp curing mechanism (9), first primer sanding mechanism (8), second primer roller coat mechanism (10), third double-lamp curing mechanism (11), third primer roller coat mechanism (12), fourth double-lamp curing mechanism (13) and second primer sanding mechanism (14), longmen feed mechanism (1), sanding mechanism (3), blow dirt mechanism (4), roller coat mechanism (5), first double-lamp curing mechanism (6), first primer roller coat mechanism (7), second double-lamp curing mechanism (9), first sanding mechanism (8), second primer curing mechanism (10), third double-lamp curing mechanism (11), third primer roller coat mechanism (12), fourth double-lamp curing mechanism (13), second primer (14) and longmen unloading mechanism (24), connect between (1) and longmen unloading mechanism (4) and (2) and blow dirt mechanism (4) Putty roller coating mechanism (5), first two lamp curing mechanism (6), first primer roller coating mechanism (7), second two lamp curing mechanism (9), first primer sanding mechanism (8), second primer roller coating mechanism (10), third two lamp curing mechanism (11), third primer roller coating mechanism (12), fourth two lamp curing mechanism (13), second primer sanding mechanism (14) and longmen unloading mechanism (2) all are connected through belt conveying assembly (24) between.
2. The UV primer roll coating apparatus of claim 1, wherein: gantry feeding mechanism (1) include two pay-off direction support frames (16), spacing guide rail (17), remove slide rail (18), work piece sucking disc subassembly (19), forward step motor (20), reverse step motor (21), work piece place platform (23) and rail transport subassembly (22), spacing guide rail (17) set up between two pay-off direction support frames (16), two pay-off direction support frames (16) are connected through spacing guide rail (17), remove slide rail (18) set up on the top surface of spacing guide rail (17), the below of spacing guide rail (17) is equipped with rail transport subassembly (22), the below of spacing guide rail (17) of rail transport subassembly (22) both sides is equipped with work piece placing table (23), be equipped with work piece sucking disc subassembly (19) between the below of one of them work piece placing table (23) and spacing guide rail (17), the top surface of work piece sucking disc subassembly (19) is equipped with forward step motor (20) and reverse step motor (21) on the top surface of work piece sucking disc subassembly (19) through the below of removing slide rail (18) suit in spacing guide rail (17), the inboard step motor (23) is connected with belt transport subassembly (24), the gantry feeding mechanism (1) and the gantry discharging mechanism (2) adopt the same structure.
3. The UV primer roll coating apparatus of claim 1, wherein: one side of the sanding mechanism (3) is connected with the gantry feeding mechanism (1) through a belt conveying assembly (24), the other side of the sanding mechanism (3) is connected with one side of the dust blowing mechanism (4) through the belt conveying assembly (24), and the other side of the dust blowing mechanism (4) is connected with one side of the putty roller coating mechanism (5) through the belt conveying assembly (24).
4. A UV primer roll coating apparatus according to claim 3, wherein: the other side of the putty roller coating mechanism (5) is connected with one side of a first double-lamp curing mechanism (6) through a belt conveying assembly (24), and the side wall of the other side of the first double-lamp curing mechanism (6) is connected with the side wall of one side of a first primer roller coating mechanism (7).
5. The UV primer roll coating apparatus of claim 4, wherein: the other side of the first primer roller coating mechanism (7) is connected with one side of a second double-lamp curing mechanism (9) through a belt conveying assembly (24), and the other side of the second double-lamp curing mechanism (9) is connected with one side of the first primer sanding mechanism (8) through the belt conveying assembly (24).
6. The UV primer roll coating apparatus of claim 5, wherein: the other side of the first primer sanding mechanism (8) is connected with one side of the second primer roller coating mechanism (10) through a belt conveying assembly (24), and the other side of the second primer roller coating mechanism (10) is connected with one side of the third double-lamp curing mechanism (11) through the belt conveying assembly (24).
7. The UV primer roll coating apparatus of claim 6, wherein: the side wall of the other side of the third double-lamp curing mechanism (11) is connected with the side wall of one side of the third primer roller coating mechanism (12), and the other side of the third primer roller coating mechanism (12) is connected with one side of the fourth double-lamp curing mechanism (13) through a belt conveying assembly (24).
8. The UV primer roll coating apparatus of claim 7, wherein: the other side of the fourth double-lamp curing mechanism (13) is connected with one side of the second primer sanding mechanism (14) through a belt conveying assembly (24), and the other side of the second primer sanding mechanism (14) is connected with the gantry blanking mechanism (2) through the belt conveying assembly (24).
CN202321763893.6U 2023-07-06 2023-07-06 UV priming paint roller coating device Active CN220310831U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202321763893.6U CN220310831U (en) 2023-07-06 2023-07-06 UV priming paint roller coating device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202321763893.6U CN220310831U (en) 2023-07-06 2023-07-06 UV priming paint roller coating device

Publications (1)

Publication Number Publication Date
CN220310831U true CN220310831U (en) 2024-01-09

Family

ID=89420093

Family Applications (1)

Application Number Title Priority Date Filing Date
CN202321763893.6U Active CN220310831U (en) 2023-07-06 2023-07-06 UV priming paint roller coating device

Country Status (1)

Country Link
CN (1) CN220310831U (en)

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