CN204566800U - Two ply board automatic processing device - Google Patents
Two ply board automatic processing device Download PDFInfo
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- CN204566800U CN204566800U CN201520200650.0U CN201520200650U CN204566800U CN 204566800 U CN204566800 U CN 204566800U CN 201520200650 U CN201520200650 U CN 201520200650U CN 204566800 U CN204566800 U CN 204566800U
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- belt
- righting
- driving
- conveyer belt
- belt wheel
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Abstract
The utility model discloses a kind of two ply board automatic processing device, comprise seat transmission positioning mechanism, side mark righting mechanism and product conveying belt in frame, the T-shaped transmission mechanism of Fei Datou, Fei Datou, upper cardboard placement platform, upper cardboard conveyer belt, lower cardboard conveyer belt, the gluing machine structure with paste wheel cover plate, side stand, two, by seat transmission positioning mechanism in two, sagittal contraposition is carried out to upper cardboard and lower cardboard, realize by side mark righting mechanism the contraposition upper cardboard and lower cardboard being carried out to side.This two ply board automatic processing device achieves the automation of two ply board processing, and machining accuracy is high and substantially increase production efficiency.
Description
Technical field
The utility model relates to field of machinery automation, particularly relates to a kind of two ply board automatic processing device.
Background technology
Two ply board is applied to package processing field by wide sending out, and current two ply board processing is general by artificial mode, and upper cardboard and lower cardboard are fitted, machining accuracy is low, and production efficiency is low.
Utility model content
The purpose of this utility model is to provide the two ply board automatic processing device that a kind of machining accuracy is high, production efficiency is high.
To achieve these goals, the technical solution of the utility model is: provide a kind of two ply board automatic processing device, comprise frame, fly to reach a T-shaped transmission mechanism, fly to reach head, upper cardboard placement platform, upper cardboard conveyer belt, lower cardboard conveyer belt, there is the gluing machine structure sticking with paste wheel cover plate, side stand, seat transmission positioning mechanism in two, side mark righting mechanism and product conveying belt, describedly fly to reach a T-shaped transmission mechanism and be installed on frame rear end, describedly fly to reach a T-shaped transmission mechanism and comprise at right angle setting plate, driving motor, driving-belt assembly, first helical teeth axle, second helical teeth axle, second helical teeth bracing strut and the 3rd helical teeth power transmission shaft, the front end of the inwall of described at right angle setting plate offers motor axis hole and the first helical teeth axle installing hole, described driving motor and described driving-belt assembly are installed on madial wall and the lateral wall of described at right angle setting plate respectively, the output shaft of described driving motor connects with the input of described driving-belt assembly through described motor axis hole, the input of described first helical teeth axle connects with the output of described driving-belt assembly, the output of described first helical teeth axle passes described first helical teeth axle installing hole and is provided with the first output helical gear, the madial wall corresponding described first that described second helical teeth bracing strut is installed on described at right angle setting plate exports helical gear rear, described second helical teeth axle rotates and is installed on described second helical teeth bracing strut, and the input of described second helical teeth axle and output are separately installed with the second input helical gear and the second output helical gear, described first output helical gear and described second inputs helical gear and is meshed, the outboard end corresponding described second of described second helical teeth bracing strut exports helical gear place and is equiped with the 3rd helical teeth power transmission shaft contiguous block, described 3rd helical teeth power transmission shaft contiguous block offers the 3rd helical teeth power transmission shaft installing hole that trend is vertical with described second helical teeth axle, described 3rd helical teeth power transmission shaft is rotatably connected in described 3rd helical teeth power transmission shaft installing hole, and the input of described 3rd helical teeth power transmission shaft is equiped with the 3rd input helical gear, described 3rd input helical gear and described second exports helical gear and is meshed, the described drive input flying to reach head connects with the output of described 3rd helical teeth power transmission shaft, described upper cardboard placement platform is located at the below described frame flying to reach head described in correspondence, described upper cardboard conveyer belt is installed on the front described frame flying to reach head described in correspondence, described lower cardboard conveyer belt is installed on the below of corresponding described upper cardboard conveyer belt in described frame, described have the front that the gluing machine structure sticking with paste wheel cover plate is located at corresponding described lower cardboard conveyer belt in described frame, the described gluing machine structure with paste wheel cover plate comprised glue cylinder support, be rotatably connected the some glue cylinders excessively in described glue cylinder support excessively, drive described driven unit and the transparent paste wheel cover plate of crossing glue cylinder rolling, described driven unit is installed on the described lateral wall crossing glue cylinder support, described wheel cover plate of sticking with paste is installed on and describedly crosses the corresponding described top crossing glue cylinder on glue cylinder support, there is described in the side correspondence that described side stand is installed on described frame the front of the gluing machine structure sticking with paste wheel cover plate, in described in two, seat transmission positioning mechanism is respectively and seat transmission positioning mechanism and level and seat transmission positioning mechanism in the lower cardboard put in the upper cardboard put, described middle seat transmission positioning mechanism comprises transmission bar assembly and chain drive contraposition assembly, described transmission bar assembly comprises front propeller shaft, offer the forward pass driving wheel of some driving front grooves, inter-axle shaft, offer the rear drive of some rear driving grooves and some transmission bars, described front propeller shaft is rotatably connected in the front end of the madial wall of described side stand, described forward pass driving wheel is placed on the inner side of corresponding described side stand on described front propeller shaft admittedly, described inter-axle shaft is rotatably connected in the rear end of the madial wall of described side stand, described rear drive is placed on the inner side of corresponding described side stand on described inter-axle shaft admittedly, described transmission bar is wound in described driving front groove and corresponding rear driving groove, described chain drive contraposition assembly is installed on the interior front side of described transmission bar assembly, described chain drive contraposition assembly comprises final drive gear, driving front gear and driving chain, described final drive gear is rotatably connected in the madial wall of described side stand, described driving front gear is rotatably connected in the front of the corresponding described final drive gear of madial wall of described side stand, described driving chain is wound on described driving front gear and described final drive gear, the outward flange of described driving chain is connected with contraposition gear paper block, in described upper cardboard, the input of the transmission bar of seat transmission positioning mechanism connects with the output of described upper cardboard conveyer belt, in described lower cardboard, the input of the transmission bar of seat transmission positioning mechanism connects with the output of described lower cardboard conveyer belt, in described upper cardboard, in the output of the transmission bar of seat transmission positioning mechanism and described lower cardboard, the output of the transmission bar of seat transmission positioning mechanism crosses mutually, described side mark righting mechanism comprises horizontal righting assembly and is positioned at the inclination righting assembly above described horizontal righting assembly, described horizontal righting assembly comprises horizontal righting conveyer belt, horizontal righting conveyer belt support and horizontal righting belt-driven module, described horizontal righting conveyer belt support comprises two levels parallel to each other and is fixed in horizontal support plate on described side stand, belt wheel after belt wheel and level before level, the front end of horizontal support plate described in two and rear end to offer before level belt wheel installing hole after belt wheel installing hole and level respectively, before described level, the two ends of belt wheel to be rotatably connected before the described level of correspondence in belt wheel installing hole respectively, after described level, the two ends of belt wheel to be rotatably connected after the described level of correspondence in belt wheel installing hole respectively, the tensioning of described horizontal righting conveyer belt to be wound in before described level after belt wheel and level outside belt wheel, described horizontal righting belt-driven module is installed on described side stand, rotate for driving described horizontal righting conveyer belt, described inclination righting assembly comprises inclination righting conveyer belt, inclination righting conveyer belt support and inclination righting belt-driven module, described inclination righting conveyer belt support comprises two inclinations parallel to each other and is fixed in inclination support plate on described side stand, belt wheel and the rear belt wheel that tilts before tilting, tilt described in two the front end of cardboard and rear end offer respectively before belt wheel installing hole and belt wheel installing hole after tilting, before described inclination, the two ends of belt wheel to be rotatably connected before the described inclination of correspondence in belt wheel installing hole respectively, after described inclination, the two ends of belt wheel to be rotatably connected after the described inclination of correspondence in belt wheel installing hole respectively, the tensioning of described inclination righting conveyer belt to be wound in before described inclination after belt wheel and described inclination outside belt wheel, described inclination righting belt-driven module is installed on described side stand, rotate for driving described inclination righting conveyer belt, described horizontal righting conveyer belt is arranged in the outside of the top of the transmission bar of described upper cardboard seat transmission positioning mechanism, described inclination righting conveyer belt is arranged in the outside of the top of the transmission bar of described lower cardboard seat transmission positioning mechanism, the input of described product conveying belt connects with the output intersection of seat transmission positioning mechanism in seat transmission positioning mechanism in described upper cardboard and described lower cardboard.
Described middle seat transmission positioning mechanism also comprises some suction paper fans, and described suction paper fan is installed on the inner side of corresponding described transmission bar on described side stand, and the inlet scoop of described suction paper fan is just to the top of transmission bar.
Described middle seat transmission positioning mechanism also comprises intermediate supports axle, have the support drive of front support driving groove and support twines bar, described intermediate supports axle be rotatably connected on described side stand corresponding described final drive gear rear and protrude out described transmission bar, described support drive to be placed on described intermediate supports axle and admittedly just to described final drive gear, described inter-axle shaft just offers rear support driving groove to described support drive place, and described support twines bar and is wound in described front support driving groove and described rear support driving groove.
The outer face of described horizontal righting conveyer belt and the outer face of described inclination righting conveyer belt are positioned on same vertical plane.
After described level, belt wheel installing hole is that long and narrow is moved towards in front and back, after described level that what after described level, the rotating shaft of belt wheel was movable be installed in belt wheel installing hole; After described inclination, belt wheel installing hole is long and narrow and from rear and front downward-sloping, and after described inclination, the rotating shaft of belt wheel can be installed on after described inclination in belt wheel installing hole along the trend movement of belt wheel installing hole after tilting.
Described paste wheel cover plate hinge is rotatably connected in described and crosses on glue cylinder support.
Describedly fly to reach a T-shaped transmission mechanism and also comprise connecting rod, one end of described connecting rod rotates with described 3rd helical teeth power transmission shaft contiguous block and connects, the other end of described connecting rod with fly to reach head and rotate and connect.
Described driving-belt assembly comprises the first travelling gear, second travelling gear, 3rd travelling gear and driving-belt, described first travelling gear connects with the output shaft of described driving motor, described second travelling gear is rotatably connected in the top of corresponding described first travelling gear of lateral wall of described at right angle setting plate, described 3rd travelling gear rotates the rear of corresponding described second travelling gear of the lateral wall being installed on described at right angle setting plate, and described 3rd travelling gear connects with the input of described first helical teeth axle, described driving-belt is wound in described first travelling gear, second travelling gear, outside 3rd travelling gear
Compared with prior art, the utility model two ply board automatic processing device achieves the automation of two ply board processing, and machining accuracy is high and substantially increase production efficiency.
By following description also by reference to the accompanying drawings, the utility model will become more clear, and these accompanying drawings are for explaining embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the structure chart of the utility model two ply board automatic processing device angle.
Fig. 2 is the structure chart of another angle of the utility model two ply board automatic processing device.
Fig. 3 be the utility model two ply board automatic processing device fly reach a structure chart for T-shaped transmission mechanism first angle.
Fig. 4 be the utility model two ply board automatic processing device fly reach a structure chart for T-shaped transmission mechanism second angle.
Fig. 5 is the structure chart flying to reach a T-shaped transmission mechanism the 3rd angle of the utility model two ply board automatic processing device.
Fig. 6 is the structure chart with a state of the gluing machine structure sticking with paste wheel cover plate of the utility model two ply board automatic processing device.
Fig. 7 is the structure chart with another state of the gluing machine structure sticking with paste wheel cover plate of the utility model two ply board automatic processing device.
Fig. 8 is the structure chart of the middle seat transmission positioning mechanism of the utility model two ply board automatic processing device.
Fig. 9 is the structure chart of the side mark righting mechanism of the utility model two ply board automatic processing device.
Detailed description of the invention
Referring to figs. 1 to Fig. 9, the utility model two ply board automatic processing device 1000 comprise frame 100, the T-shaped transmission mechanism of Fei Datou 10, fly to reach 200, upper cardboard placement platform 300, upper cardboard conveyer belt 400, lower cardboard conveyer belt 500, have stick with paste wheel cover plate gluing machine structure 20, seat transmission positioning mechanism 30, side mark righting mechanism 40 and product conveying belt 700 in side stand 600, two.
Describedly fly to reach a T-shaped transmission mechanism 10 and be installed on frame rear end, the T-shaped transmission mechanism 10 of Fei Datou comprises at right angle setting plate 11, driving motor 12, driving-belt assembly 13, first helical teeth axle 14, second helical teeth axle 15, second helical teeth bracing strut 16, the 3rd helical teeth power transmission shaft 17 and connecting rod 18.The front end of the inwall of described at right angle setting plate 11 offers motor axis hole 111 and the first helical teeth axle installing hole 112.Described driving motor 12 and described driving-belt assembly 13 are installed on madial wall and the lateral wall of described at right angle setting plate 11 respectively.The output shaft of described driving motor 12 connects with the input of described driving-belt assembly 13 through described motor axis hole 111.The input of described first helical teeth axle 14 connects with the output of described driving-belt assembly 13, and the output of described first helical teeth axle 14 passes described first helical teeth axle installing hole 112 and is provided with the first output helical gear 141.Described second helical teeth bracing strut 16 is installed on the rear of the corresponding described first output helical gear 141 of madial wall of described at right angle setting plate 11, described second helical teeth axle 15 rotates and is installed on described second helical teeth bracing strut 16, and the input of described second helical teeth axle 15 and output are separately installed with the second input helical gear 151 and the second output helical gear 152.Described first output helical gear 141 and described second inputs helical gear 151 and is meshed.The outboard end corresponding described second of described second helical teeth bracing strut 16 exports helical gear 152 place and is equiped with the 3rd helical teeth power transmission shaft contiguous block 161.Described 3rd helical teeth power transmission shaft contiguous block 161 offers the 3rd helical teeth power transmission shaft installing hole 1611 that trend is vertical with described second helical teeth axle 15.Described 3rd helical teeth power transmission shaft 17 is rotatably connected in described 3rd helical teeth power transmission shaft installing hole 1611, and the input of described 3rd helical teeth power transmission shaft 17 is equiped with the 3rd input helical gear 171, described 3rd input helical gear 171 and described second exports helical gear 152 and is meshed.The output of described 3rd helical teeth power transmission shaft 17 connects with the drive input flying to reach 200.One end of described connecting rod 18 rotates with described 3rd helical teeth power transmission shaft contiguous block 161 and connects, the other end of described connecting rod 18 with fly to reach 200 and rotate and connect.
Particularly, described driving-belt assembly 13 comprises the first travelling gear 131, second travelling gear 132, the 3rd travelling gear 133 and driving-belt 134.Described first travelling gear 131 connects with the output shaft of described driving motor 12, described second travelling gear 132 is rotatably connected in the top of corresponding described first travelling gear 131 of lateral wall of described at right angle setting plate 11, described 3rd travelling gear 133 rotates the rear of corresponding described second travelling gear 132 of the lateral wall being installed on described at right angle setting plate 11, and described 3rd travelling gear 133 connects with the input of described first helical teeth axle 14, described driving-belt 134 is wound in outside described first travelling gear 131, second travelling gear 132, the 3rd travelling gear 133.
Described upper cardboard placement platform 300 is located at the below described frame 100 flying reach 200 described in correspondence.Described upper cardboard conveyer belt 400 is installed on the front described frame 100 flying reach 200 described in correspondence.Described lower cardboard conveyer belt 500 is installed on the below of corresponding described upper cardboard conveyer belt 400 in described frame 100.
Described have the front that the gluing machine structure 20 sticking with paste wheel cover plate is located at corresponding described lower cardboard conveyer belt 500 in described frame 100.Described have the gluing machine structure 20 sticking with paste wheel cover plate and comprised glue cylinder support 21, and be rotatably connected in described to cross in glue cylinder support 21 some crosses glue cylinder 22, drive and describedly cross the driven unit 23 and transparent paste wheel cover plate 24 that glue cylinder 22 rolls.Described driven unit 23 is installed on the described lateral wall crossing glue cylinder support 21, and described paste wheel cover plate 24 is installed on describedly crosses the corresponding described top crossing glue cylinder 22 on glue cylinder support 21.In the present embodiment, described paste wheel cover plate 24 hinge is rotatably connected in described and crosses on glue cylinder support 21.There is described in the side correspondence that described side stand 600 is installed on described frame 100 front of the gluing machine structure 20 sticking with paste wheel cover plate.
In two, seat transmission positioning mechanism 30 is respectively and seat transmission positioning mechanism 301 and level and seat transmission positioning mechanism 302 in the lower cardboard put in the upper cardboard put.
Described middle seat transmission positioning mechanism 30 comprises transmission bar assembly 32 and chain drive contraposition assembly 33.
Described transmission bar assembly 32 comprises front propeller shaft 321, offers the forward pass driving wheel 322 of some driving front grooves 3221, inter-axle shaft (not shown), the rear drive 324 offering some rear driving grooves 3241 and some transmission bars 325.Described front propeller shaft 321 is rotatably connected in the front end of the madial wall of described side stand 600.Described forward pass driving wheel 322 is placed on the inner side of corresponding described side stand 600 on described front propeller shaft 321 admittedly.Described inter-axle shaft is rotatably connected in the rear end of the madial wall of described side stand 600.Described rear drive 324 is placed on the inner side of corresponding described side stand 600 on described inter-axle shaft 323 admittedly.Described transmission bar 325 is wound in described driving front groove 3221 and corresponding rear driving groove 3241.
Described chain drive contraposition assembly 33 is installed on the interior front side of described transmission bar assembly 32.Described chain drive contraposition assembly 33 comprises final drive gear 331, driving front gear 332 and driving chain 333.Described final drive gear 331 is rotatably connected in the madial wall of described side stand 600, and described driving front gear 332 is rotatably connected in the front of the corresponding described final drive gear 331 of madial wall of described side stand 600.Described driving chain 333 is wound on described driving front gear 332 and described final drive gear 331.The outward flange of described driving chain 333 is connected with contraposition gear paper block 334.In the present embodiment, the quantity of described contraposition gear paper block 334 is two, and described contraposition gear paper block 334 is evenly located at the outward flange of described driving chain 333.
Preferably, described middle seat transmission positioning mechanism 30 also comprises some suction paper fans 35.Described suction paper fan 35 is installed on the inner side of corresponding described transmission bar 325 on described side stand 600, and the inlet scoop of described suction paper fan 35 is just to the top of transmission bar 325.
Preferably, described middle seat transmission positioning mechanism 30 also comprises intermediate supports axle (not shown), have the intermediate supports drive 37 of intermediate supports driving groove 371, have the rear support drive 38 of rear support driving groove 381 and support and twine bar 39.Described intermediate supports axle be rotatably connected on described side stand 600 corresponding described final drive gear 331 rear and protrude out described transmission bar 325.Described intermediate supports drive 37 to be placed on described intermediate supports axle 36 and admittedly just to described final drive gear 331, described rear support drive 38 is placed on described inter-axle shaft admittedly just to described intermediate supports drive 37 place, and described support twines bar 39 and is wound in described intermediate supports driving groove 371 and described rear support driving groove 381.
In described upper cardboard, the input of the transmission bar 325 of seat transmission positioning mechanism 301 connects with the output of described upper cardboard conveyer belt 400.In described lower cardboard, the input of the transmission bar 325 of seat transmission positioning mechanism 302 connects with the output of described lower cardboard conveyer belt 500.In described upper cardboard, in the output of the transmission bar 325 of seat transmission positioning mechanism 301 and described lower cardboard, the output of the transmission bar 325 of seat transmission positioning mechanism 302 crosses mutually.
When middle seat transmission positioning mechanism 30 uses, extraneous driving force drives driving front gear 332 rotate thus drive driving chain 333 to move, front propeller shaft 321 rotates thus drives forward pass driving wheel 322 to rotate under extraneous driving force drives, then transmission bar 325 is driven to move, cardboard is placed on transmission bar 325, and the translational speed of transmission bar 325 is faster than the translational speed of driving chain 333, cardboard is transported to the contraposition gear paper block 334 on driving chain 333 with transmission bar 325, due to the speed difference between transmission bar 325 and driving chain 333, the front end of cardboard is supported the rear end face of contraposition gear paper block 334 and moves forward according to the speed of driving chain 333 and realize contraposition in the output, front end of driving chain 333.
Side mark righting mechanism 40 comprises horizontal righting assembly 42 and is positioned at the inclination righting assembly 43 above described horizontal righting assembly 42.
Described horizontal righting assembly comprises horizontal righting conveyer belt 421, horizontal righting conveyer belt support 422 and horizontal righting belt-driven module 423.Described horizontal righting conveyer belt support 422 comprises two levels parallel to each other and to be fixed in before horizontal support plate 4221 on described side stand 600, level belt wheel 4223 after belt wheel 4222 and level, and the front end of horizontal support plate 4221 described in two and rear end to offer before level belt wheel installing hole 42212 after belt wheel installing hole 42211 and level respectively.Before described level, the two ends of belt wheel 4222 to be rotatably connected before the described level of correspondence in belt wheel installing hole 42211 respectively.After described level, the two ends of belt wheel 4223 to be rotatably connected after the described level of correspondence in belt wheel installing hole 42212 respectively.The tensioning of described horizontal righting conveyer belt 421 to be wound in before described level after belt wheel 4222 and level outside belt wheel 4223.Described horizontal righting belt-driven module 423 is installed on described side stand 600, rotates for driving described horizontal righting conveyer belt 421.Described horizontal righting conveyer belt 421 is arranged in the outside of the top of the transmission bar 325 of described upper cardboard seat transmission positioning mechanism 301,
Described inclination righting assembly 43 comprises inclination righting conveyer belt 431, inclination righting conveyer belt support 432 and inclination righting belt-driven module 433.Described inclination righting conveyer belt support 432 comprise two inclinations parallel to each other be fixed in inclination support plate 4321 on described side stand 600, tilt before belt wheel 4322 and belt wheel 4323 after tilting.Tilt described in two the front end of support plate 4321 and rear end offer respectively before belt wheel installing hole 43211 and belt wheel installing hole 43212 after tilting.Before described inclination, the two ends of belt wheel 4322 to be rotatably connected before the described inclination of correspondence in belt wheel installing hole 43211 respectively.After described inclination, the two ends of belt wheel 4323 to be rotatably connected after the described inclination of correspondence in belt wheel installing hole 43212 respectively.The tensioning of described inclination righting conveyer belt 431 to be wound in before described inclination after belt wheel 4322 and described inclination outside belt wheel 4323.Described inclination righting belt-driven module 433 is installed on described side stand 600, rotates for driving described inclination righting conveyer belt 431.Described inclination righting conveyer belt 431 is arranged in the outside of the top of the transmission bar 325 of described lower cardboard seat transmission positioning mechanism 302.
Preferably, the outer face of described horizontal righting conveyer belt 421 and the outer face of described inclination righting conveyer belt 431 are positioned on same vertical plane.After described level, belt wheel installing hole 42211 moves towards long and narrow in front and back, after described level that what after described level, the rotating shaft of belt wheel 4223 was movable be installed in belt wheel installing hole 42212; After described inclination, belt wheel installing hole 43212 is in long and narrow and from rear and front downward-sloping, and after described inclination, the rotating shaft of belt wheel 4323 can be installed on after described inclination in belt wheel installing hole 43212 along the trend movement of belt wheel installing hole 43212 after tilting.
The input of described product conveying belt 700 connects with the output intersection of seat transmission positioning mechanism 302 in seat transmission positioning mechanism 301 in described upper cardboard and described lower cardboard.
When the utility model two ply board automatic processing device 1000 works, fly to reach a T-shaped transmission mechanism 10 to drive and fly to reach 200 and draw upper cardboard from upper cardboard placement platform 300, and upper cardboard is transferred to upper cardboard conveyer belt 400, seat transmission positioning mechanism 301 in upper cardboard is delivered to through upper cardboard conveyer belt 400, meanwhile, lower cardboard is delivered to the gluing machine structure 20 with paste wheel cover plate through lower cardboard conveyer belt 500 and carried out glue, then seat contraposition transmission mechanism 302 in lower cardboard is sent to, the speed of the driving chain 333 of seat transmission positioning mechanism 302 in seat transmission positioning mechanism 301 and lower cardboard in cardboard in adjustment, the front end of cardboard and lower cardboard is made to realize sagittal contraposition in output intersection, meanwhile, cardboard on the horizontal righting conveyer belt of side mark righting mechanism and the horizontal conveying belt of inclination righting conveyer belt energy righting the same side and inclined conveyer belt, can align when the side of cardboard is crossed with the side of lower cardboard and fit, cardboard is finally made to fit into two ply board finished product smoothly with lower cardboard, two ply board finished product is transported to assigned address finally by product conveying belt 700 and carries out discharging.
The utility model two ply board automatic processing device achieves the automation of two ply board processing, and machining accuracy is high and substantially increase production efficiency.
More than in conjunction with most preferred embodiment, the utility model is described, but the utility model is not limited to the embodiment of above announcement, and amendment that the various essence according to the present embodiment carries out, equivalent combinations should be contained.
Claims (8)
1. a two ply board automatic processing device, is characterized in that, comprising:
Frame;
Be installed on frame rear end fly reach a T-shaped transmission mechanism, describedly fly to reach a T-shaped transmission mechanism and comprise at right angle setting plate, driving motor, driving-belt assembly, first helical teeth axle, second helical teeth axle, second helical teeth bracing strut and the 3rd helical teeth power transmission shaft, the front end of the inwall of described at right angle setting plate offers motor axis hole and the first helical teeth axle installing hole, described driving motor and described driving-belt assembly are installed on madial wall and the lateral wall of described at right angle setting plate respectively, the output shaft of described driving motor connects with the input of described driving-belt assembly through described motor axis hole, the input of described first helical teeth axle connects with the output of described driving-belt assembly, the output of described first helical teeth axle passes described first helical teeth axle installing hole and is provided with the first output helical gear, the madial wall corresponding described first that described second helical teeth bracing strut is installed on described at right angle setting plate exports helical gear rear, described second helical teeth axle rotates and is installed on described second helical teeth bracing strut, and the input of described second helical teeth axle and output are separately installed with the second input helical gear and the second output helical gear, described first output helical gear and described second inputs helical gear and is meshed, the outboard end corresponding described second of described second helical teeth bracing strut exports helical gear place and is equiped with the 3rd helical teeth power transmission shaft contiguous block, described 3rd helical teeth power transmission shaft contiguous block offers the 3rd helical teeth power transmission shaft installing hole that trend is vertical with described second helical teeth axle, described 3rd helical teeth power transmission shaft is rotatably connected in described 3rd helical teeth power transmission shaft installing hole, and the input of described 3rd helical teeth power transmission shaft is equiped with the 3rd input helical gear, described 3rd input helical gear and described second exports helical gear and is meshed,
Fly to reach head, described in fly to reach head drive input connect with the output of described 3rd helical teeth power transmission shaft;
Upper cardboard placement platform, described upper cardboard placement platform is located at the below described frame flying to reach head described in correspondence;
Upper cardboard conveyer belt, described upper cardboard conveyer belt is installed on the front described frame flying to reach head described in correspondence;
Lower cardboard conveyer belt, described lower cardboard conveyer belt is installed on the below of corresponding described upper cardboard conveyer belt in described frame;
That is located at the front of corresponding described lower cardboard conveyer belt in described frame has the gluing machine structure sticking with paste wheel cover plate, described have the gluing machine structure sticking with paste wheel cover plate and comprised glue cylinder support, and be rotatably connected in described to cross in glue cylinder support some crosses glue cylinder, drive and describedly cross the driven unit and transparent paste wheel cover plate that glue cylinder rolls, described driven unit is installed on the described lateral wall crossing glue cylinder support, and described paste wheel cover plate is installed on describedly crosses the corresponding described top crossing glue cylinder on glue cylinder support
Side stand, has the front of the gluing machine structure sticking with paste wheel cover plate described in the side correspondence that described side stand is installed on described frame;
Seat transmission positioning mechanism in two, be respectively and seat transmission positioning mechanism and level and seat transmission positioning mechanism in the lower cardboard put in the upper cardboard put, described middle seat transmission positioning mechanism comprises transmission bar assembly and chain drive contraposition assembly, described transmission bar assembly comprises front propeller shaft, offer the forward pass driving wheel of some driving front grooves, inter-axle shaft, offer the rear drive of some rear driving grooves and some transmission bars, described front propeller shaft is rotatably connected in the front end of the madial wall of described side stand, described forward pass driving wheel is placed on the inner side of corresponding described side stand on described front propeller shaft admittedly, described inter-axle shaft is rotatably connected in the rear end of the madial wall of described side stand, described rear drive is placed on the inner side of corresponding described side stand on described inter-axle shaft admittedly, described transmission bar is wound in described driving front groove and corresponding rear driving groove, described chain drive contraposition assembly is installed on the interior front side of described transmission bar assembly, described chain drive contraposition assembly comprises final drive gear, driving front gear and driving chain, described final drive gear is rotatably connected in the madial wall of described side stand, described driving front gear is rotatably connected in the front of the corresponding described final drive gear of madial wall of described side stand, described driving chain is wound on described driving front gear and described final drive gear, the outward flange of described driving chain is connected with contraposition gear paper block, in described upper cardboard, the input of the transmission bar of seat transmission positioning mechanism connects with the output of described upper cardboard conveyer belt, in described lower cardboard, the input of the transmission bar of seat transmission positioning mechanism connects with the output of described lower cardboard conveyer belt, in described upper cardboard, in the output of the transmission bar of seat transmission positioning mechanism and described lower cardboard, the output of the transmission bar of seat transmission positioning mechanism crosses mutually,
Side mark righting mechanism, described side mark righting mechanism comprises horizontal righting assembly and is positioned at the inclination righting assembly above described horizontal righting assembly, described horizontal righting assembly comprises horizontal righting conveyer belt, horizontal righting conveyer belt support and horizontal righting belt-driven module, described horizontal righting conveyer belt support comprises two levels parallel to each other and is fixed in horizontal support plate on described side stand, belt wheel after belt wheel and level before level, the front end of horizontal support plate described in two and rear end to offer before level belt wheel installing hole after belt wheel installing hole and level respectively, before described level, the two ends of belt wheel to be rotatably connected before the described level of correspondence in belt wheel installing hole respectively, after described level, the two ends of belt wheel to be rotatably connected after the described level of correspondence in belt wheel installing hole respectively, the tensioning of described horizontal righting conveyer belt to be wound in before described level after belt wheel and level outside belt wheel, described horizontal righting belt-driven module is installed on described side stand, rotate for driving described horizontal righting conveyer belt, described inclination righting assembly comprises inclination righting conveyer belt, inclination righting conveyer belt support and inclination righting belt-driven module, described inclination righting conveyer belt support comprises two inclinations parallel to each other and is fixed in inclination support plate on described side stand, belt wheel and the rear belt wheel that tilts before tilting, tilt described in two the front end of support plate and rear end offer respectively before belt wheel installing hole and belt wheel installing hole after tilting, before described inclination, the two ends of belt wheel to be rotatably connected before the described inclination of correspondence in belt wheel installing hole respectively, after described inclination, the two ends of belt wheel to be rotatably connected after the described inclination of correspondence in belt wheel installing hole respectively, the tensioning of described inclination righting conveyer belt to be wound in before described inclination after belt wheel and described inclination outside belt wheel, described inclination righting belt-driven module is installed on described side stand, rotate for driving described inclination righting conveyer belt, described horizontal righting conveyer belt is arranged in the outside of the top of the transmission bar of described upper cardboard seat transmission positioning mechanism, described inclination righting conveyer belt is arranged in the outside of the top of the transmission bar of described lower cardboard seat transmission positioning mechanism, and product conveying belt, the input of described product conveying belt connects with the output intersection of seat transmission positioning mechanism in seat transmission positioning mechanism in described upper cardboard and described lower cardboard.
2. two ply board automatic processing device as claimed in claim 1, it is characterized in that: described middle seat transmission positioning mechanism also comprises some suction paper fans, described suction paper fan is installed on the inner side of corresponding described transmission bar on described side stand, and the inlet scoop of described suction paper fan is just to the top of transmission bar.
3. two ply board automatic processing device as claimed in claim 1, it is characterized in that: described middle seat transmission positioning mechanism also comprises intermediate supports axle, support drive and the support with front support driving groove twine bar, described intermediate supports axle be rotatably connected on described side stand corresponding described final drive gear rear and protrude out described transmission bar, described support drive to be placed on described intermediate supports axle and admittedly just to described final drive gear, described inter-axle shaft just offers rear support driving groove to described support drive place, described support twines bar and is wound in described front support driving groove and described rear support driving groove.
4. two ply board automatic processing device as claimed in claim 1, is characterized in that: the outer face of described horizontal righting conveyer belt and the outer face of described inclination righting conveyer belt are positioned on same vertical plane.
5. two ply board automatic processing device as claimed in claim 1, is characterized in that: after described level, belt wheel installing hole be that long and narrow is moved towards in front and back, after described level that what after described level, the rotating shaft of belt wheel moved forward and backward be installed in belt wheel installing hole; After described inclination, belt wheel installing hole is long and narrow and from rear and front downward-sloping, and after described inclination, the rotating shaft of belt wheel can be installed on after described inclination in belt wheel installing hole along the trend movement of belt wheel installing hole after tilting.
6. two ply board automatic processing device as claimed in claim 1, is characterized in that: described paste wheel cover plate hinge is rotatably connected in described and crosses on glue cylinder support.
7. two ply board automatic processing device as claimed in claim 1, it is characterized in that: described in fly to reach a T-shaped transmission mechanism and also comprise connecting rod, one end of described connecting rod rotates with described 3rd helical teeth power transmission shaft contiguous block and connects, the other end of described connecting rod with fly to reach head and rotate and connect.
8. two ply board automatic processing device as claimed in claim 1, it is characterized in that: described driving-belt assembly comprises the first travelling gear, second travelling gear, 3rd travelling gear and driving-belt, described first travelling gear connects with the output shaft of described driving motor, described second travelling gear is rotatably connected in the top of corresponding described first travelling gear of lateral wall of described at right angle setting plate, described 3rd travelling gear rotates the rear of corresponding described second travelling gear of the lateral wall being installed on described at right angle setting plate, and described 3rd travelling gear connects with the input of described first helical teeth axle, described driving-belt is wound in described first travelling gear, second travelling gear, outside 3rd travelling gear.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520200650.0U CN204566800U (en) | 2015-04-03 | 2015-04-03 | Two ply board automatic processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520200650.0U CN204566800U (en) | 2015-04-03 | 2015-04-03 | Two ply board automatic processing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204566800U true CN204566800U (en) | 2015-08-19 |
Family
ID=53859486
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520200650.0U Withdrawn - After Issue CN204566800U (en) | 2015-04-03 | 2015-04-03 | Two ply board automatic processing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204566800U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104723611A (en) * | 2015-04-03 | 2015-06-24 | 东莞市锋驰印刷机械有限公司 | Automatic machining device for double-layer paperboard |
| CN106739183A (en) * | 2016-12-31 | 2017-05-31 | 无锡市创联包装机械制造有限公司 | Colored corrugated board automatic production line |
-
2015
- 2015-04-03 CN CN201520200650.0U patent/CN204566800U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104723611A (en) * | 2015-04-03 | 2015-06-24 | 东莞市锋驰印刷机械有限公司 | Automatic machining device for double-layer paperboard |
| CN104723611B (en) * | 2015-04-03 | 2019-03-22 | 东莞市锋驰印刷机械有限公司 | Two ply board automatic processing device |
| CN106739183A (en) * | 2016-12-31 | 2017-05-31 | 无锡市创联包装机械制造有限公司 | Colored corrugated board automatic production line |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150819 Effective date of abandoning: 20190322 |