CN208976108U - A kind of spraying frock line - Google Patents
A kind of spraying frock line Download PDFInfo
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- CN208976108U CN208976108U CN201821528468.8U CN201821528468U CN208976108U CN 208976108 U CN208976108 U CN 208976108U CN 201821528468 U CN201821528468 U CN 201821528468U CN 208976108 U CN208976108 U CN 208976108U
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Abstract
The utility model relates to a kind of spraying frock lines, rack including frame-type, spray painting room, drying oven, burner and mainline conveyor structure, its innovative point is: further including being set on the rack crawl transfer device, the drying oven and burner are respectively mounted on the rack, and burner is located at the lower section of drying oven, multiple sprocket wheels are equipped in the drying oven, the both ends of its bottom are respectively equipped with workpiece import and workpiece outlet, the spray painting room is located at the lower section of burner, the mainline conveyor structure includes main line driving motor, main conveyor chain and multiple auxiliary sprocket wheels, the both ends and lower part both ends of the frame top are respectively equipped with auxiliary sprocket wheel, auxiliary sprocket wheel on the main conveyor chain and rack and the sprocket wheel in drying oven are sequentially connected, the output shaft and main conveyor chain of the main line driving motor are sequentially connected, the crawl transfer device It is located between burner and spray painting room.The utility model occupies little space, and compact-sized.
Description
Technical field
The utility model relates to a kind of tooling lines, and in particular to a kind of spraying frock line.
Background technique
Existing spraying process includes spraying bottom powder, spray paint, toasts the multiple working procedures such as powder and water-based paint, often
The associated paint equipment and drying equipment that one procedure is used are located on same plane, and are by manually separating solely
Vertical to complete, not only the space occupied is big for such spraying frock line, but also pipeline is too long, meanwhile, implement each procedure all
It is artificial loading and artificial blanking, for example, workpiece needs other by work during being transferred to roasting procedure after completing spraying process
Part is mounted on the conveyor chain of the feed mechanism of roasting plant, prevent spraying process and roasting procedure are complete from forming one
Automatic spraying line so that working efficiency is low, and be unable to satisfy industrial requirement in this way, not only time-consuming and laborious.
Utility model content
The purpose of this utility model is: one kind is provided and is not only occupied little space, but also compact-sized spraying frock line, gram
The technical issues of spraying process and roasting procedure cannot form a complete automatic spraying line in prior art is taken, no
It is only time saving and energy saving, so that work efficiency is high.
In order to achieve the above object, the technical solution of the present invention is: a kind of spraying frock line, the machine including frame-type
Frame, spray painting room, drying oven, burner and mainline conveyor structure, innovative point are: further including being set on the rack crawl transfer
Device,
The drying oven and burner are respectively mounted on the rack, and burner is located at the lower section of drying oven, the drying oven
Interior to be equipped with multiple sprocket wheels, the both ends of the drying furnace bottom are respectively equipped with workpiece import and workpiece outlet, and the bottom of drying oven
And be located between workpiece import and workpiece outlet and be equipped with air inlet and return air inlet, the air outlet of the burner and drying oven into
Air port is connected, and air inlet is connected with the return air inlet of drying oven, and the spray painting room is located at the lower section of burner,
The mainline conveyor structure includes main line driving motor, main conveyor chain and multiple auxiliary sprocket wheels, and the main line passes
Dynamic motor is located at the top of rack, and the both ends of frame top and lower part both ends are respectively equipped with auxiliary sprocket wheel, the main carrier chain
Auxiliary sprocket wheel on item and rack and the sprocket wheel in drying oven are sequentially connected, the output shaft of the main line driving motor and main conveying
Chain drive connection,
The crawl transfer device is located between burner and spray painting room, and be located at the auxiliary sprocket wheel of rack one end lower part
Inside, the crawl transfer device include horizontal mobile mechanism, are moved forward and backward mechanism, reciprocating mechanism and rotating mechanism,
The horizontal mobile mechanism includes first motor, X-axis bracket, X direction guiding rail support frame and horizontal guide rail, the X to
Guide rail supporting frame is mounted on the rack, and horizontal guide rail is fixed on X direction guiding rail support frame, the X-axis bracket and horizontal guide rail
It being slidably matched, the first motor is located on X-axis bracket, and the motor shaft of first motor and X direction guiding rail support frame are sequentially connected,
The reciprocating mechanism includes third motor, Z axis bracket, Z-direction guide rail supporting frame and upper/lower guide, the Z-direction
Guide rail supporting frame and X-axis bracket be moved forward and backward mechanism assembly connection, and upper/lower guide is fixed on Z-direction guide rail supporting frame,
The Z axis bracket is slidably matched with upper/lower guide, and the third motor is located on Z axis bracket, and the motor shaft and Z of third motor
The transmission connection of direction guiding rail support frame, the rotating mechanism are located on Z axis bracket.
In the above-mentioned technical solutions, the back-and-forth motion mechanism includes Y-direction guide rail support frame, and the X-axis bracket is led with Y-direction
One end of rail support frame is fixedly connected, and Z-direction guide rail supporting frame is fixedly connected with Y-direction guide rail support frame.
In the above-mentioned technical solutions, the back-and-forth motion mechanism include the second motor, Y-axis bracket, Y-direction guide rail support frame and
Front and rear guide rails, the X-axis bracket is mounted on Y-direction guide rail support frame, and front and rear guide rails are fixed on Y-direction guide rail support frame, institute
Y-axis bracket to be stated to be located on Z-direction guide rail supporting frame and be slidably matched with front and rear guide rails, second motor is located on Y-axis bracket, and
The motor shaft and Y-direction guide rail support frame of second motor are sequentially connected.
In the above-mentioned technical solutions, the rotating mechanism include rotary drive motor, hollow shaft, R to support frame, cylinder and
Suspension hook, the R are mounted on Z axis bracket to support frame, and hollow shaft is rotatably supported in R on support frame, the rotation driving
Motor is mounted on R on support frame, and the motor shaft synchronous pulley and synchronous belt of rotary drive motor are connect with Hollow Shaft Transmission,
The suspension hook is located at the bottom of hollow shaft, and the cylinder is located at top of the R to support frame, and after the mandril insertion hollow shaft of cylinder
And it protrudes into suspension hook.
In the above-mentioned technical solutions, the X-axis bracket is coated on the periphery of X direction guiding rail support frame, and X-axis bracket both ends
Inner wall is equipped with sliding block, and the sliding block on the inner wall of X-axis bracket both ends is corresponding on the side wall of X direction guiding rail support frame both ends respectively
Horizontal guide rail is slidably matched, and the top of the X direction guiding rail support frame is equipped with rack gear, and the motor shaft of the first motor is equipped with tooth
Wheel, and the gear on first motor motor shaft is engaged with the rack gear at the top of X direction guiding rail support frame.
In the above-mentioned technical solutions, the Z axis bracket is coated on the periphery of Z-direction guide rail supporting frame, and Z axis bracket both ends
Inner wall is equipped with sliding block, and the sliding block on the inner wall of Z axis bracket both ends is corresponding on the side wall of Z-direction guide rail supporting frame both ends respectively
Upper/lower guide is slidably matched, and the top of the Z-direction guide rail supporting frame is equipped with rack gear, and the motor shaft of the third motor is equipped with tooth
Wheel, and the gear on third motor axis is engaged with the rack gear of Z-direction guide supporting top of the trellis.
In the above-mentioned technical solutions, the Y-axis bracket is coated on the periphery of Y-direction guide rail support frame, and Y-axis bracket both ends
Inner wall is equipped with sliding block, and the sliding block on the inner wall of Y-axis bracket both ends is corresponding on the side wall of Y-direction guide rail support frame both ends respectively
Front and rear guide rails are slidably matched, and the top of the Y-direction guide rail support frame is equipped with rack gear, and the motor shaft of second motor is equipped with tooth
Wheel, and the gear on the second motor axis is engaged with the rack gear at the top of Y-direction guide rail support frame.
In the above-mentioned technical solutions, conveying mechanism and driving motor in furnace are equipped in the drying oven, in the drying oven
Multiple sprocket wheels include the first auxiliary sprocket wheel, the second auxiliary sprocket wheel and transition sprocket wheel, the both ends in the drying oven are respectively equipped with
First auxiliary sprocket wheel arranged apart and transition sprocket wheel, and the first auxiliary sprocket wheel at both ends is located at corresponding work in drying oven
The top of part import and workpiece outlet, the drying oven is interior and corresponding second auxiliary chain is additionally provided with below transition sprocket wheel
Wheel, the main conveyor chain with first auxiliary sprocket wheel, second auxiliary sprocket wheel and transition sprocket wheel be sequentially connected, the transition sprocket wheel and
It is equipped with conveying mechanism in the furnace of two groups of parallel arrangements between second auxiliary sprocket wheel, conveying mechanism includes drive chain in every group of furnace
Wheel, driven sprocket and chain, the chain and drive sprocket and driven sprocket are sequentially connected, the lateral wall at the drying oven both ends
On be equipped with driving motor, the motor shaft of the driving motor protrudes into drying oven, and with corresponding drive sprocket be sequentially connected,
The chain is equipped with multiple winged rakes for being used to support workpiece, and the winged rake one in each group of furnace on the chain of conveying mechanism is a pair of
It answers, the main conveyor chain is equipped with multiple main conveyings arranged apart and flies rake.
In the above-mentioned technical solutions, the drying oven includes furnace inner frame and chassis, and the furnace inner frame is erected at rack
On, and the bottom of furnace inner frame is fixedly connected with chassis, the chassis, the top of furnace inner frame and side are equipped with furnace plate,
The furnace plate includes insulating layer, and is located at the muti-piece outside plate and muti-piece inner panel of insulating layer two sides, each piece of outside plate both ends end to end
Bottom be equipped with outside plate folding hook segment, each piece of inner panel end to end both ends be equipped with inner panel folding hook segment, the insulating layer includes multiple
First insulating layer and multiple second insulating layers,
It is respectively equipped with first insulating layer on the inside of each piece of outside plate, one is respectively equipped on the inside of each piece of inner panel
Two insulating layers, and the first insulating layer and the second insulating layer be between outside plate and inner panel,
The outside plate folding hook segment of each piece of outside plate head end is coated on the bottom of the first insulating layer on the inside of the outside plate, and adjacent two pieces
The outside plate folding hook segment of previous piece of outside plate tail end in outside plate is located at the inside of the outside plate folding hook segment of latter piece of outside plate head end, and previous
The outside plate folding hook segment of block outside plate tail end is fixedly connected with the side of the second insulating layer on the inside of corresponding inner panel,
The inner panel folding hook segment of previous piece of inner panel tail end in adjacent two pieces of inner panels and the inner panel of latter piece of inner panel head end roll over hook
Section is inserted into one end of the second insulating layer on the inside of latter piece of inner panel simultaneously, and the inner panel folding hook segment of previous piece of inner panel tail end is located at
The inside of the inner panel folding hook segment of latter piece of inner panel head end.
In the above-mentioned technical solutions, the seam between the adjacent outside plate in insulating layer side of the furnace plate and the insulating layer other side
In dislocation arrangement, one end of second insulating layer is equipped with to be arranged along its length for seam between corresponding adjacent inner panel
U-shaped link slot, the inner panel folding hook segment of previous piece of inner panel tail end in adjacent two pieces of inner panels and the inner panel folding of latter piece of inner panel head end
Hook segment is inserted into the U-shaped link slot of the second insulating layer on the inside of latter piece of inner panel simultaneously.
Good effect possessed by the utility model is: after the spraying frock line of the utility model, since this is practical
The novel drying oven and burner are respectively mounted on the rack, and burner is located at the lower section of drying oven, sets in the drying oven
There are multiple sprocket wheels, the both ends of the drying furnace bottom are respectively equipped with workpiece import and workpiece outlet, and the bottom of drying oven and position
Air inlet and return air inlet, the air outlet of the burner and the air inlet of drying oven are equipped between workpiece import and workpiece outlet
It is connected, air inlet is connected with the return air inlet of drying oven, and the spray painting room is located at the lower section of burner, the mainline conveyor
Structure includes main line driving motor, main conveyor chain and multiple auxiliary sprocket wheels, and the main line driving motor is located at the top of rack, and
The both ends and lower part both ends of frame top are respectively equipped with auxiliary sprocket wheel, auxiliary sprocket wheel and baking on the main conveyor chain and rack
Sprocket wheel transmission connection in dry furnace, the output shaft and main conveyor chain of the main line driving motor are sequentially connected, the utility model
By the multiple equipment of spraying frock line in arrangement up and down, space occupied is made full use of, in this way, it is not only compact-sized, but also transport
Line is shorter compared in prior art, and because further including being set on the rack crawl transfer device, the crawl transfer device
It is located between burner and spray painting room, and is located at the inside of the auxiliary sprocket wheel of rack one end lower part, in use, can be turned by crawl
Moving device will spray in the workpiece transfer to spray painting room on main conveyor chain, to Workpiece painting after again by crawl shift
Device is by workpiece transfer to main conveyor chain, and by the conveying of main conveyor chain, workpiece is sent to drying in drying oven
It after dry, is revert on main conveyor chain again, the workpiece after drying is then removed by staff, the utility model will spray work
Sequence and roasting procedure form a complete automatic spraying line, wherein the crawl transfer device includes moving horizontally machine
Structure is moved forward and backward mechanism, reciprocating mechanism and rotating mechanism, by the reciprocating mechanism by workpiece from main conveyor chain
On be transferred on rotating mechanism, and using horizontal mobile mechanism and reciprocating mechanism movement, will workpiece be sent into spray painting room in
Implement spraying, utilizes the movement of horizontal mobile mechanism and reciprocating mechanism after to be sprayed again, workpiece is returned from rotating mechanism
It is sent on main conveyor chain and enters and carry out down baking process together, the crawl transfer device of the utility model can grab automatically
After taking workpiece to implement spraying and baking process is transferred to, instead of utilizing the technical side for manually transporting workpiece in prior art
Case, it is not only time saving and energy saving, so that work efficiency is high, and meet industrial requirement.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of specific embodiment of the utility model；
Fig. 2 is the structural schematic diagram of crawl the first specific embodiment of transfer device of the utility model；
Fig. 3 is the schematic top plan view of Fig. 2；
Fig. 4 is the right side view of Fig. 2；
Fig. 5 is the structural schematic diagram of crawl second of specific embodiment of transfer device of the utility model；
Fig. 6 is the schematic top plan view of Fig. 5；
Fig. 7 is the right side view of Fig. 5；
Fig. 8 is the structural schematic diagram of the reciprocating mechanism of the utility model；
Fig. 9 is the structural schematic diagram of the back-and-forth motion mechanism of the utility model；
Figure 10 is the structural schematic diagram of the rotating mechanism of the utility model；
Figure 11 is the structural schematic diagram of the drying oven of the utility model；
Figure 12 is the A-A schematic cross-sectional view of Figure 11；
Figure 13 is the portion the B enlarged diagram in Figure 12；
Figure 14 is the structural schematic diagram of furnace plate in Figure 11；
Figure 15 is the portion the C enlarged diagram of Figure 14；
Figure 16 is the portion the D enlarged diagram of Figure 14；
Figure 17 is the portion the E enlarged diagram in Figure 11.
Specific embodiment
Below in conjunction with attached drawing and the embodiment provided, the utility model is further described, but is not limited to
This.
As shown in Fig. 1 ~ 17, a kind of spraying frock line, rack 1, spray painting room 2 including frame-type, drying oven 3, burner 4
It further include the crawl transfer device 6 being located in rack 1 with mainline conveyor structure 5,
The drying oven 3 and burner 4 are installed in rack 1, and burner 4 is located at the lower section of drying oven 3, the baking
Multiple sprocket wheels are equipped in dry furnace 3, the both ends of 3 bottom of drying oven are respectively equipped with workpiece import 31 and workpiece outlet 32, and dry
The bottom of dry furnace 3 is simultaneously located between workpiece import 31 and workpiece outlet 32 equipped with air inlet and return air inlet, and the burner 4 goes out
Air port is connected with the air inlet of drying oven 3, and air inlet is connected with the return air inlet of drying oven 3, and the spray painting room 2 is located at burning
The lower section of device 4,
The mainline conveyor structure 5 includes main line driving motor 51, main conveyor chain 52 and multiple auxiliary sprocket wheels 53, described
Main line driving motor 51 is located at the top of rack 1, and the both ends at 1 top of rack and lower part both ends are respectively equipped with auxiliary sprocket wheel 53,
The main conveyor chain 52 is sequentially connected with the auxiliary sprocket wheel 53 in rack 1 and the sprocket wheel in drying oven 3, the main line transmission electricity
The output shaft of machine 51 and main conveyor chain 52 are sequentially connected, for the ease of adjusting the tension of main conveyor chain 52, the rack 1
Top is equipped with tensioning apparatus 55, and the main conveyor chain 52 is coated on the chain of tensioning apparatus 55,
The crawl transfer device 6 is located between burner 4 and spray painting room 2, and is located at the auxiliary chain of 1 one end lower part of rack
The inside of wheel 53, the crawl transfer device 6 include horizontal mobile mechanism 61, are moved forward and backward mechanism 62, reciprocating mechanism 63
With rotating mechanism 64,
The horizontal mobile mechanism 61 includes that first motor 611, X-axis bracket 612, X direction guiding rail support frame 613 and level are led
Rail 614, the X direction guiding rail support frame 613 is mounted on the rack, and horizontal guide rail 614 is fixed on X direction guiding rail support frame 613,
The X-axis bracket 612 is slidably matched with horizontal guide rail 614, and the first motor 611 is located on X-axis bracket 612, and the first electricity
The motor shaft and X direction guiding rail support frame 613 of machine 611 are sequentially connected,
The reciprocating mechanism 63 includes third motor 631, Z axis bracket 632, Z-direction guide rail supporting frame 633 and leads up and down
Rail 634, the Z-direction guide rail supporting frame 633 and X-axis bracket 612 be moved forward and backward 62 assembly connection of mechanism, and upper/lower guide
634 are fixed on Z-direction guide rail supporting frame 633, and the Z axis bracket 632 is slidably matched with upper/lower guide 634, the third motor
631 are located on Z axis bracket 632, and the motor shaft of third motor 631 and Z-direction guide rail supporting frame 633 are sequentially connected, the rotation
Mechanism 64 is located on Z axis bracket 632.
As shown in Figure 2,3, 4, it can be realized to meet rotating mechanism and move horizontally and move up and down, and will move horizontally
It is integrated with assembly is moved up and down, the two is connected by being moved forward and backward the Y-direction guide rail support frame 623 of mechanism 62, and the front and back is moved
Motivation structure 62 includes Y-direction guide rail support frame 623, and the X-axis bracket 612 is fixedly connected with one end of Y-direction guide rail support frame 623,
And Z-direction guide rail supporting frame 633 is fixedly connected with Y-direction guide rail support frame 623.In use, the motor shaft when first motor 611 is opposite
When being driven with X direction guiding rail support frame 613, the X-axis bracket 612 drives Y-direction guide rail support frame 623 to move horizontally simultaneously, so that
Reciprocating mechanism also moves horizontally therewith.
As shown in Fig. 5,6,7, in order to enable the utility model can not only be moved horizontally and be moved up and down, moreover it is possible to before realization
After move, the back-and-forth motion mechanism 62 include the second motor 621, Y-axis bracket 622, Y-direction guide rail support frame 623 and front and back lead
Rail 624, the X-axis bracket 612 is mounted on Y-direction guide rail support frame 623, and front and rear guide rails 624 are fixed on Y-direction guide rail support frame
On 623, the Y-axis bracket 622 is located on Z-direction guide rail supporting frame 633 and is slidably matched with front and rear guide rails 624, second electricity
Machine 621 is located on Y-axis bracket 622, and the motor shaft of the second motor 621 and Y-direction guide rail support frame 623 are sequentially connected.In use,
When being driven by the motor shaft of the first motor 611 of the horizontal mobile mechanism 61 is opposite with X direction guiding rail support frame 613, the X-axis
Bracket 612 drives Y-direction guide rail support frame 623 to move horizontally simultaneously, and the motor shaft of second motor 621 is with respect to Y-direction guide rail branch
Support 623 is moved forward and backward, meanwhile, the Y-axis bracket 622 drives Z-direction guide rail supporting frame 633 to be moved forward and backward.
As shown in Figure 10, for the ease of lifting workpiece, the rotating mechanism 64 includes rotary drive motor 641, hollow shaft
642, R is to support frame 643, cylinder 644 and suspension hook 645, and the R is mounted on Z axis bracket 632 to support frame 643, and hollow shaft
642 are rotatably supported in R on support frame 643, and the rotary drive motor 641 is mounted on R on support frame 643, and rotate and drive
The motor shaft synchronous pulley and synchronous belt and hollow shaft 642 of dynamic motor 641 are sequentially connected, and the suspension hook 645 is located at hollow shaft 642
Bottom, the cylinder 644 is located at R to the top of support frame 643, and after the mandril insertion hollow shaft 642 of cylinder 644 and protrudes into
In suspension hook 645.In use, the suspender being mounted on main conveyor chain 52 is fallen on suspension hook 645, the mandril of cylinder 644 is transported downwards
It moves and is compressed on suspender, suspender is transported to by horizontal mobile mechanism and reciprocating mechanism and implements to spray in spray painting room,
In spraying process, the rotary drive motor 41 drives hollow shaft 42 to rotate, it is ensured that the workpiece on suspender can uniformly be sprayed
It applies.
As shown in Fig. 4,7, in order to enable the utility model structure is more reasonable, the X-axis bracket 612 is coated on guide X
The periphery of rail support frame 613, and the inner wall at 612 both ends of X-axis bracket is equipped with sliding block, on the 612 both ends inner wall of X-axis bracket
Sliding block is slidably matched with corresponding horizontal guide rail 614 on 613 both ends side wall of X direction guiding rail support frame respectively, the X direction guiding rail support
The top of frame 613 is equipped with rack gear, and the motor shaft of the first motor 611 is equipped with gear, and on 611 motor shaft of first motor
Gear is engaged with the rack gear at 613 top of X direction guiding rail support frame.
As shown in figure 8, in order to further increase the reasonability of the utility model structure, the Z axis bracket 632 is coated on Z
The periphery of direction guiding rail support frame 633, and the inner wall at 632 both ends of Z axis bracket is equipped with sliding block, the 632 both ends inner wall of Z axis bracket
On sliding block be slidably matched respectively with corresponding upper/lower guide 634 on 633 both ends side wall of Z-direction guide rail supporting frame, the Z-direction guide rail
The top of support frame 633 is equipped with rack gear, and the motor shaft of the third motor 631 is equipped with gear, and 631 motor shaft of third motor
On the rack gear at 633 top of gear and Z-direction guide rail supporting frame engage.
As shown in figure 9, in order to enable the utility model structure is more compact, and convenient for assembling, the Y-axis bracket 622
It is coated on the periphery of Y-direction guide rail support frame 623, and the inner wall at 622 both ends of Y-axis bracket is equipped with sliding block, the Y-axis bracket 622
Sliding block on the inner wall of both ends is slidably matched with corresponding front and rear guide rails 624 on 623 both ends side wall of Y-direction guide rail support frame respectively, institute
The top for stating Y-direction guide rail support frame 623 is equipped with rack gear, and the motor shaft of second motor 621 is equipped with gear, and the second motor
Gear on 621 motor shafts is engaged with the rack gear at 623 top of Y-direction guide rail support frame.
As shown in Figure 11,12, it is combined, and conveniently workpiece is dried, the baking with mainline conveyor structure 5 for convenience
Conveying mechanism 7 and driving motor 8 in furnace are equipped in dry furnace 3, multiple sprocket wheels in the drying oven 3 include the first auxiliary sprocket wheel
91, second sprocket wheel 92 and transition sprocket wheel 93 are assisted, the both ends in the drying oven 3 are respectively equipped with the first auxiliary chain arranged apart
Wheel 91 and transition sprocket wheel 93, and the first auxiliary sprocket wheel 91 at both ends is located at corresponding workpiece import 31 and work in drying oven 3
The top of part outlet 32 in the drying oven 3 and is located at the lower section of transition sprocket wheel 93 and is additionally provided with corresponding second auxiliary sprocket wheel 92,
The main conveyor chain 52 and the first auxiliary sprocket wheel 91, second assist sprocket wheel 92 and transition sprocket wheel 93 to be sequentially connected, the transition
Conveying mechanism 7 in the furnace of two groups of parallel arrangements, every group of furnace are equipped between sprocket wheel 93 and corresponding second auxiliary sprocket wheel 92 below
Interior conveying mechanism 7 includes drive sprocket 71, driven sprocket 72 and chain 73, the chain 73 and drive sprocket 71 and driven chain
Wheel 72 is sequentially connected, and is equipped with driving motor 8, the motor-shaft extending of the driving motor 8 on the lateral wall at 3 both ends of drying oven
Enter in drying oven 3, and be sequentially connected with corresponding drive sprocket 71, the chain 73 is used to support flying for workpiece equipped with multiple
Rake 74, the winged rake 74 in each group of furnace on the chain 73 of conveying mechanism 7 correspond, and the main conveyor chain 52 is equipped with multiple
Main conveying arranged apart flies rake 54.In use, suspender is upward by 3 pairs of drying oven of workpiece import 31 by main conveyor chain 52
It is mobile, it is fallen on the chain 73 of conveying mechanism 7 in furnace during the decline of transition sprocket wheel 93 through one end, and the both ends support of suspender
On winged rake 74 on each group of chain 73, at the transition sprocket wheel 93 that is moved adjacent to the other end after workpiece is dried in furnace body,
Main conveying on mobile main conveyor chain 52 simultaneously flies rake 54 and jacks up suspender upwards, so that suspender returns again to main conveyor chain 52
On, and workpiece is conveyed downwards, 32 blankings are exported by the workpiece of drying oven 3.
As shown in Figure 11,14,15,16, in order to make utility model furnace plate inner panel and outside plate no longer with metal connecting plate shape
At rigid connection, the furnace plate overcome in prior art has the problem of thermal conductivity, not only reduces production cost, and improve
Thermal insulation property, the drying oven 3 include furnace inner frame 33 and chassis 34, and the furnace inner frame 33 is erected in rack 1, and furnace
The bottom of inner frame 33 is fixedly connected with chassis 34, and the chassis 34, the top of furnace inner frame 33 and side are equipped with furnace plate
35, the furnace plate 35 includes insulating layer 352, and is located at the muti-piece outside plate 351 and muti-piece inner panel 353 of 352 two sides of insulating layer, often
The bottom at one piece of outside plate 351 both ends end to end is equipped with outside plate folding hook segment 3511, and each piece of inner panel 353 is equipped with inner panel in both ends end to end
Hook segment 3531 is rolled over, the insulating layer 352 includes multiple first insulating layers 3521 and multiple second insulating layers 3522,
The inside of each piece of outside plate 351 is respectively equipped with first insulating layer 3521, the inside difference of each piece of inner panel 353
Equipped with second insulating layer 3522, and the first insulating layer 3521 and the second insulating layer 3522 are located at outside plate 351 and inner panel 353
Between,
The outside plate folding hook segment 3511 of each piece of 351 head end of outside plate is coated on the first insulating layer 3521 of 351 inside of outside plate
Bottom, the outside plate folding hook segment 3511 of previous piece of 351 tail end of outside plate in adjacent two pieces of outside plates 351 is located at latter piece of outside plate 351
The inside of the outside plate folding hook segment 3511 of head end, and the outside plate folding hook segment 3511 of previous piece of 351 tail end of outside plate in corresponding inner panel 353
The side of second insulating layer 3522 of side is fixedly connected,
The inner panel of previous piece of 353 tail end of inner panel in adjacent two pieces of inner panels 353 rolls over hook segment 3531 and latter piece inner panel 353
The inner panel folding hook segment 3531 at end is inserted into one end of the second insulating layer 3522 of 353 inside of latter piece of inner panel, and previous piece simultaneously
The inner panel folding hook segment 3531 of 353 tail end of inner panel is located at the inside of the inner panel folding hook segment 3531 of latter piece of 353 head end of inner panel.
As shown in figure 17, at the transition and linkage of the outside plate of the outside plate and side furnace plate of the 33 top furnace plate 35 of furnace inner frame
Equipped with external wrap angle connecting plate, it is equipped at the transition and linkage of the inner panel of the inner panel and side furnace plate of 33 top furnace plate 35 of furnace inner frame interior
Cornerite connecting plate, the external wrap angle connecting plate and interior cornerite connecting plate are L-type connecting plates.
As shown in figure 11, in order to facilitate support chains, the drying oven 3 is interior to be equipped with support beam, and the top of support beam
The sliding rail that portion is equipped with for support chains 73, the drive sprocket 71 are rotatably supported on the bearing block 36 in support beam.
As shown in figure 16, the intracorporal temperature of furnace is excessive in order to prevent, the adjacent outside plate in 352 side of insulating layer of the furnace plate 35
The seam between seam adjacent inner panel 353 corresponding with 352 other side of insulating layer between 351 is in dislocation arrangement, that is to say, that
Even if the seam between adjacent inner panel leaks temperature together, seam can also be prevented to excessive temperature, to be formed double again using the first insulating layer
It protects again；The assembly of adjacent inner panel for convenience, one end of second insulating layer 3522 are equipped with the U arranged along its length
Type link slot 35221, the inner panel folding hook segment 3531 of previous piece of 353 tail end of inner panel in adjacent inner panel 353 and latter piece of inner panel 353
The inner panel folding hook segment 3531 of head end is inserted into the U-shaped link slot of the second insulating layer 3522 of 353 inside of latter piece of inner panel simultaneously
In 7221.
The course of work of the utility model is: will hang with Workpiece sling to be sprayed and hang over the main conveying of main conveyor chain 52
Fly on rake 54, the motor shaft of the main line driving motor 51 drives main conveyor chain 52 on auxiliary sprocket wheel 53 by drive sprocket
It is mobile,
Spraying process: workpiece is transferred to rotating mechanism from main conveyor chain 52 by the reciprocating mechanism 63 by suspender
On 64, that is, the suspender for being mounted on main conveyor chain 52 is fallen on suspension hook 45, and the mandril of cylinder 44 moves downward and is compressed on suspender
On, it is ensured that workpiece will not fall off during spraying, and utilize horizontal mobile mechanism 1, reciprocating mechanism 3 and/or front and back
Workpiece is sent into and implements to spray in spray painting room 2 by the movement of mobile mechanism 2, in spraying process, the rotary drive motor 641
Hollow shaft axis 42 is driven to rotate, it is ensured that the workpiece on suspender can be uniformly sprayed-on；Again using moving horizontally machine after to be sprayed
Workpiece is returned to main conveyor chain 52 from rotating mechanism 64 and entrance progress is next by the movement of structure 61 and reciprocating mechanism 63
The baking process in road；
Baking process: suspender is entered in drying oven 3 by main conveyor chain 52, and is transferred to the chain of conveying mechanism in furnace
73, the air inlet of the burner 4 enters in drying oven 3, so that high temperature is implemented to dry to workpiece, rear workpiece to be dried turns again
It is connected to main conveyor chain 52 and 32 blankings is exported by the workpiece of drying oven 3, complete the spraying and baking process of workpiece, this is practical
It is novel that spraying process and roasting procedure are formed into a complete automatic spraying line.
In order to implement different processes to different workpieces, the structure of the utility model can be extended, that is, add spray painting room,
Drying oven and crawl transfer device, specific implementation process is: the workpiece on main conveyor chain grabs transfer device by level-one
It sprays in into level-one spray painting room, is dried after spraying using level-one drying oven, then again by the workpiece on main conveyor chain
Entered in second level spray painting room by second level crawl transfer device and sprayed, drying in second level drying oven is entered after secondary spraying, finally
Pass through main conveyor chain blanking.Certainly, the utility model can be extended to three-stage spraying drying or level Four spraying according to process requirements
Drying.
The utility model, which can automatically grab workpiece, to be implemented after spraying and is transferred to baking process, instead of in prior art
Using the technical solution for manually transporting workpiece, while overcoming spraying process and roasting procedure in prior art and cannot form one
Item completely automatic spraying line the technical issues of, it is not only time saving and energy saving so that work efficiency is high, and meet industry and need
It asks.
It is enlightenment, through the above description, related work people with the above-mentioned desirable embodiment according to the utility model
Member can carry out various changes and amendments in the range of without departing from this item utility model technical idea completely.This item is real
It is not limited to the contents of the specification with novel technical scope, it is necessary to its technology is determined according to scope of the claims
Property range.
Claims (10)
1. a kind of spraying frock line, rack (1), spray painting room (2), drying oven (3), burner (4) and main line including frame-type
Conveying mechanism (5), it is characterised in that: it further include the crawl transfer device (6) being located on rack (1),
The drying oven (3) and burner (4) are installed on rack (1), and burner (4) is located at the lower section of drying oven (3),
Multiple sprocket wheels are equipped in the drying oven (3), the both ends of drying oven (3) bottom are respectively equipped with workpiece import (31) and workpiece
Export (32), and the bottom of drying oven (3) and be located at workpiece import (31) and workpiece outlet (32) between be equipped with air inlet and time
The air outlet in air port, the burner (4) is connected with the air inlet of drying oven (3), the return air inlet of air inlet and drying oven (3)
It is connected, the spray painting room (2) is located at the lower section of burner (4),
The mainline conveyor structure (5) includes main line driving motor (51), main conveyor chain (52) and multiple auxiliary sprocket wheels (53),
The main line driving motor (51) is located at the top of rack (1), and both ends at the top of rack (1) and lower part both ends be respectively equipped with it is auxiliary
It helps sprocket wheel (53), the sprocket wheel in auxiliary sprocket wheel (53) and drying oven (3) on the main conveyor chain (52) and rack (1) is driven
Connection, the output shaft of the main line driving motor (51) and main conveyor chain (52) are sequentially connected,
The crawl transfer device (6) is located between burner (4) and spray painting room (2), and is located at the auxiliary of rack (1) one end lower part
The inside of sprocket wheel (53) is helped,
The crawl transfer device (6) includes horizontal mobile mechanism (61), is moved forward and backward mechanism (62), reciprocating mechanism (63)
With rotating mechanism (64),
The horizontal mobile mechanism (61) includes first motor (611), X-axis bracket (612), X direction guiding rail support frame (613) and water
Level gauge (614), the X direction guiding rail support frame (613) is mounted on the rack, and horizontal guide rail (614) is fixed on X direction guiding rail branch
On support (613), the X-axis bracket (612) is slidably matched with horizontal guide rail (614), and the first motor (611) is located at X-axis
On bracket (612), and the motor shaft of first motor (611) and X direction guiding rail support frame (613) are sequentially connected,
The reciprocating mechanism (63) includes third motor (631), Z axis bracket (632), Z-direction guide rail supporting frame (633) and upper
Lower guideway (634), the Z-direction guide rail supporting frame (633) and X-axis bracket (612) be moved forward and backward mechanism (62) assembly connection,
And upper/lower guide (634) is fixed on Z-direction guide rail supporting frame (633), the Z axis bracket (632) and upper/lower guide (634) are slided
Cooperation, the third motor (631) are located on Z axis bracket (632), and the motor shaft of third motor (631) and Z-direction guide supporting
Frame (633) transmission connection,
The rotating mechanism (64) is located on Z axis bracket (632).
2. spraying frock line according to claim 1, it is characterised in that: the back-and-forth motion mechanism (62) includes that Y-direction is led
Rail support frame (623), the X-axis bracket (612) is fixedly connected with one end of Y-direction guide rail support frame (623), and Z-direction guide rail branch
Support (633) is fixedly connected with Y-direction guide rail support frame (623).
3. spraying frock line according to claim 1, it is characterised in that: the back-and-forth motion mechanism (62) includes the second electricity
Machine (621), Y-axis bracket (622), Y-direction guide rail support frame (623) and front and rear guide rails (624), the X-axis bracket (612) are mounted on
On Y-direction guide rail support frame (623), and front and rear guide rails (624) are fixed on Y-direction guide rail support frame (623), the Y-axis bracket
(622) it is located on Z-direction guide rail supporting frame (633) and is slidably matched with front and rear guide rails (624), second motor (621) is located at Y
On shaft tray (622), and the motor shaft of the second motor (621) and Y-direction guide rail support frame (623) are sequentially connected.
4. spraying frock line according to claim 1, it is characterised in that: the rotating mechanism (64) includes rotation driving electricity
To support frame (643), cylinder (644) and suspension hook (645), the R pacifies to support frame (643) by machine (641), hollow shaft (642), R
On Z axis bracket (632), and hollow shaft (642) is rotatably supported in R on support frame (643), the rotary drive motor
(641) be mounted on R on support frame (643), and the motor shaft synchronous pulley of rotary drive motor (641) and synchronous belt with it is hollow
Axis (642) transmission connection, the suspension hook (645) are located at the bottom of hollow shaft (642), and the cylinder (644) is located at R to support
The top of frame (643), and the mandril of cylinder (644) is inserted into hollow shaft (642) afterwards and protrudes into suspension hook (645).
5. spraying frock line according to claim 1, it is characterised in that: the X-axis bracket (612) is coated on X direction guiding rail
The periphery of support frame (613), and the inner wall at X-axis bracket (612) both ends is equipped with sliding block, X-axis bracket (612) both ends inner wall
On sliding block be slidably matched respectively with corresponding horizontal guide rail (614) on the side wall of X direction guiding rail support frame (613) both ends, the X to
The top of guide rail supporting frame (613) is equipped with rack gear, and the motor shaft of the first motor (611) is equipped with gear, and first motor
(611) gear on motor shaft is engaged with the rack gear at the top of X direction guiding rail support frame (613).
6. spraying frock line according to claim 1, it is characterised in that: the Z axis bracket (632) is coated on Z-direction guide rail
The periphery of support frame (633), and the inner wall at Z axis bracket (632) both ends is equipped with sliding block, Z axis bracket (632) both ends inner wall
On sliding block be slidably matched respectively with corresponding upper/lower guide (634) on the side wall of Z-direction guide rail supporting frame (633) both ends, the Z-direction
The top of guide rail supporting frame (633) is equipped with rack gear, and the motor shaft of the third motor (631) is equipped with gear, and third motor
(631) gear on motor shaft is engaged with the rack gear at the top of Z-direction guide rail supporting frame (633).
7. spraying frock line according to claim 3, it is characterised in that: the Y-axis bracket (622) is coated on Y-direction guide rail
The periphery of support frame (623), and the inner wall at Y-axis bracket (622) both ends is equipped with sliding block, Y-axis bracket (622) both ends inner wall
On sliding block be slidably matched respectively with corresponding front and rear guide rails (624) on the side wall of Y-direction guide rail support frame (623) both ends, the Y-direction
The top of guide rail supporting frame (623) is equipped with rack gear, and the motor shaft of second motor (621) is equipped with gear, and the second motor
(621) gear on motor shaft is engaged with the rack gear at the top of Y-direction guide rail support frame (623).
8. spraying frock line according to claim 1, it is characterised in that: be equipped with conveyer in furnace in the drying oven (3)
Structure (7) and driving motor (8),
Multiple sprocket wheels in the drying oven (3) include the first auxiliary sprocket wheel (91), the second auxiliary sprocket wheel (92) and transition sprocket wheel
(93), the both ends in the drying oven (3) are respectively equipped with the first auxiliary sprocket wheel (91) and transition sprocket wheel (93) arranged apart, and
First auxiliary sprocket wheel (91) at drying oven (3) interior both ends is located at corresponding workpiece import (31) and workpiece exports the upper of (32)
Side, the drying oven (3) is interior and corresponding second auxiliary sprocket wheel (92), the master are additionally provided with below transition sprocket wheel (93)
Conveyor chain (52) is sequentially connected with the first auxiliary sprocket wheel (91), the second auxiliary sprocket wheel (92) and transition sprocket wheel (93),
Conveying mechanism (7) in the furnace of two groups of parallel arrangements is equipped between the transition sprocket wheel (93) and the second auxiliary sprocket wheel (92),
Conveying mechanism (7) includes drive sprocket (71), driven sprocket (72) and chain (73), the chain (73) in every group of furnace
It is sequentially connected with drive sprocket (71) and driven sprocket (72), driving electricity is equipped on the lateral wall at drying oven (3) both ends
Machine (8), the motor shaft of the driving motor (8) protrude into drying oven (3), and are sequentially connected with corresponding drive sprocket (71),
The chain (73) is equipped with multiple winged rakes (74) for being used to support workpiece, the chain (73) of conveying mechanism (7) in each group of furnace
On winged rake (74) correspond, the main conveyor chain (52) be equipped with multiple main conveyings arranged apart fly rake (54).
9. spraying frock line according to claim 1, it is characterised in that: the drying oven (3) includes furnace inner frame (33)
With chassis (34), the furnace inner frame (33) is erected on rack (1), and the bottom of furnace inner frame (33) and chassis (34) are fixed
Connection, the chassis (34), the top of furnace inner frame (33) and side are equipped with furnace plate (35), and the furnace plate (35) includes protecting
Warm layer (352), and it is located at the muti-piece outside plate (351) and muti-piece inner panel (353) of insulating layer (352) two sides, each piece of outside plate
(351) bottom at both ends is equipped with outside plate folding hook segment (3511) end to end, and both ends are equipped with inner panel folding to each piece of inner panel (353) end to end
Hook segment (3531),
The insulating layer (352) includes multiple first insulating layers (3521) and multiple second insulating layers (3522), each piece of outside plate
(351) it is respectively equipped with first insulating layer (3521) on the inside of, is respectively equipped with one second on the inside of each piece of inner panel (353)
Insulating layer (3522), and the first insulating layer (3521) and the second insulating layer (3522) be located at outside plate (351) and inner panel (353) it
Between,
Outside plate folding hook segment (3511) of each piece of outside plate (351) head end is coated on the first insulating layer on the inside of the outside plate (351)
(3521) bottom, after outside plate folding hook segment (3511) of previous piece of outside plate (351) tail end in adjacent two pieces of outside plates (351) is located at
The inside of outside plate folding hook segment (3511) of one piece of outside plate (351) head end, and the outside plate of previous piece of outside plate (351) tail end rolls over hook segment
(3511) it is fixedly connected with the side of the second insulating layer (3522) on the inside of corresponding inner panel (353),
Inner panel folding hook segment (3531) of previous piece of inner panel (353) tail end in adjacent two pieces of inner panels (353) and latter piece of inner panel
(353) inner panel folding hook segment (3531) of head end is inserted into the second insulating layer (3522) on the inside of latter piece of inner panel (353) simultaneously
One end, and inner panel folding hook segment (3531) of previous piece of inner panel (353) tail end is located at the inner panel folding hook of latter piece of inner panel (353) head end
The inside of section (3531).
10. spraying frock line according to claim 9, it is characterised in that: insulating layer (352) side of the furnace plate (35)
The seam between seam adjacent inner panel (353) corresponding with insulating layer (352) other side between adjacent outside plate (351) is in dislocation
Arrangement, one end of second insulating layer (3522) are equipped with the U-shaped link slot (35221) arranged along its length, and adjacent two
Inner panel folding hook segment (3531) of previous piece of inner panel (353) tail end in block inner panel (353) and latter piece of inner panel (353) head end it is interior
Plate folding hook segment (3531) is inserted into the U-shaped link slot of the second insulating layer (3522) on the inside of latter piece of inner panel (353) simultaneously
(35221) in.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821528468.8U CN208976108U (en) | 2018-09-19 | 2018-09-19 | A kind of spraying frock line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821528468.8U CN208976108U (en) | 2018-09-19 | 2018-09-19 | A kind of spraying frock line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208976108U true CN208976108U (en) | 2019-06-14 |
Family
ID=66784668
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821528468.8U Active CN208976108U (en) | 2018-09-19 | 2018-09-19 | A kind of spraying frock line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208976108U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108855703A (en) * | 2018-09-19 | 2018-11-23 | 常州市杰丽斯环保工程有限公司 | Spraying frock line |
-
2018
- 2018-09-19 CN CN201821528468.8U patent/CN208976108U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108855703A (en) * | 2018-09-19 | 2018-11-23 | 常州市杰丽斯环保工程有限公司 | Spraying frock line |
| CN108855703B (en) * | 2018-09-19 | 2023-07-04 | 江苏杰丽斯涂装设备科技有限公司 | Spray painting work line |
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Address after: 213200 No. 33, Heshan Road, Jintan Economic Development Zone, Changzhou, Jiangsu. Patentee after: Jiangsu jielisi coating equipment Technology Co., Ltd Address before: 213200 No. 33, Heshan Road, Jintan Economic Development Zone, Changzhou, Jiangsu. Patentee before: CHANGZHOU JILYS ENVIRONMENTAL PROTECTION PROJECT Co.,Ltd. |