CN103722379A - Automatic production line of aluminum template - Google Patents
Automatic production line of aluminum template Download PDFInfo
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- CN103722379A CN103722379A CN201410032374.1A CN201410032374A CN103722379A CN 103722379 A CN103722379 A CN 103722379A CN 201410032374 A CN201410032374 A CN 201410032374A CN 103722379 A CN103722379 A CN 103722379A
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 34
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/06—Metal-working plant comprising a number of associated machines or apparatus
Abstract
The invention provides an automatic production line of an aluminum template. The automatic production line comprises a punching device, wherein the punching device comprises working platforms arranged on two sides of a workpiece; rolling wheel mechanisms are arranged on the inner sides of the working platforms; small racks are connected with the outer sides of the working platforms; transverse moving mechanisms are arranged below the working platforms and the small racks; the working platforms and the small racks can move transversally on the transverse moving mechanisms; first ball screws are arranged on the small racks; long guide tracks are arranged on two sides of each first ball screw; sliding seats are connected to the long guide tracks and can move longitudinally on the long guide tracks through the first ball screws; mould-withdrawing sliding tracks are arranged on the sliding seats; punching mechanisms are connected to the mould-withdrawing sliding tracks and can move transversally on the mould-withdrawing sliding tracks; each of the punching mechanisms comprises a hydraulic cylinder and a punching mould; two side surfaces of the workpiece are respectively clamped into the punching moulds.
Description
Technical field
The present invention relates to a kind of aluminum alloy pattern plate automatic production line.
Background technology
The production and processing of current aluminum alloy pattern plate for building generally adopts conventional equipment as sizing saw machine, hardware stamping machine, the individual equipments such as artificial hand-held welding machine are produced by skilled worker, specifically: 1, sawing is to be produced by manual operation with separate unit sawing machine, operator wants oneself to determine stub bar material tail sawing length, and want oneself with ruler, to determine sawing length, so determine that due to artificial stub bar material overtaking wave takes seriously, operation technique is slightly neglected and will be caused machining accuracy not reach requiring or occur personal safety accident, need professional technique workman, employee's operating environment potential safety hazard is large, 2, punching is to produce with the manual operation of five metals punch press, and in manual operation operation, often because feeding is not in place makes machining accuracy not reach requirement, operating personnel slightly neglect just may cause personal injury, and employee's professional technique is had relatively high expectations, 3, assembling and welding are single single machine productions, operator's technical merit and job specification are very huge on product quality impact, weld length and welding quality are completely with the control of operator's experience, so often occur that weld length is inadequate or long, rosin joint, the quality problems such as solder skip, directly affect serviceability and the service life of product, need professional technique workman, electric arc and welding flue gas have harm to employee's health simultaneously, so fewer and feweri people is engaged in this work, production cost constantly rises, although some company adopts expensive robot welding but efficiency is very low, about production that completes 1 product for about 25 minutes, 4, the model of product coding adopts artificial pistol and type matrix to carry out product coding by the mode of spraying mostly, and employee's health is had to harm, and quality is unstable, and aesthetic measure is poor, and efficiency is low, 5, from sawing to coding, whole processing link needs 30 left and right skilled workers.
Summary of the invention
The present invention aims to provide a kind of aluminum alloy pattern plate automatic production line, solves in prior art aluminum alloy pattern plate production efficiency low, and quality is unstable, specialty is required high, and personal safety ensures the technical problems such as low.
The invention provides a kind of aluminum alloy pattern plate automatic production line, comprise hole punched device, described hole punched device comprises the workbench that workpiece both sides are provided with, the inner side of described workbench is provided with idler wheel mechanism, in the outside of described workbench, connect little frame, described workbench and described little frame are arranged with transverse-moving mechanism, and described workbench and described little frame can be done transverse movement on described transverse-moving mechanism; In described little frame, be provided with the first ball-screw, in described the first ball-screw both sides, be equipped with long guideway, on described long guideway, be connected with sliding seat, sliding seat can travel longitudinally by described the first ball-screw on long guideway; On described sliding seat, be provided with and move back mould slide rail, described in move back on mould slide rail and connect punch mechanism, described punch mechanism can be done transverse movement moving back on mould slide rail; Described punch mechanism comprises hydraulic cylinder and diel, and the two sides of workpiece can snap in respectively in diel.
Further, described workbench and described little frame, by the effect of the first clamping cylinder, are done transverse movement on described transverse-moving mechanism; Described punch mechanism is by moving back the effect of mould cylinder, does transverse movement moving back on mould slide rail.
Further, also comprise the first welding post, described workpiece is by the idler wheel mechanism output of hole punched device, enter the cylinder carriage of the first welding post, on described cylinder carriage, be provided with the first welding mechanism, described the first welding mechanism comprises rotary cylinder, and described rotary cylinder both sides are equipped with and push away rifle cylinder, described in push away rifle cylinder and be connected with the first welding gun.
Further, described rotary cylinder is connected on the first rotation platform, and described the first rotation platform connects the second servomotor by the first linear module; Described the second servomotor is fixedly connected on one side of the first dividing plate, at the another side of described the first dividing plate, the first wire tray and the first wire-feed motor is set, and described the first wire tray and described the first wire-feed motor are placed on the first carriage saddle.
Further, described cylinder carriage one side is provided with the first transmission mechanism, and described the first carriage saddle travels longitudinally in described cylinder carriage one side by described the first transmission mechanism.
Further, described the first transmission mechanism comprises the first servomotor, and described the first servomotor connects synchronous pulley by reductor, and Timing Belt is connected on described synchronous pulley by strainer, on described Timing Belt, is provided with movable block; On the first transmission mechanism, be provided with the first slide unit base, on described the first slide unit base, be provided with the first slide rail, on described the first slide rail, be provided with the first sliding shoe, described the first carriage saddle is placed on described movable block and described the first sliding shoe.
Further, mounting rotary drum on described cylinder carriage, described cylinder is driven and is rotated by Rolling motor, thus conveying workpieces forward; On described cylinder carriage, the both sides of described workpiece are provided with guide bearing; Above described workpiece, be provided with backer, on described backer, compression cylinder be set; Below described workpiece, be connected with lifting platform.
Further, also comprise the second welding post, described workpiece, from the cylinder carriage output of the first welding post, enters the cylinder carriage of the second welding post; The second welding post is included in the second transmission mechanism that cylinder carriage both sides are equipped with, and the second transmission mechanism comprises the 3rd servomotor, and the 3rd servomotor connects ball-screw; The second slide unit base is set on the second transmission mechanism, and described the second slide unit base is provided with the second slide rail, on described the second slide rail, the second sliding shoe is set, and the second carriage saddle is set on described the second sliding shoe.
Further, in a side of described the second carriage saddle, be connected with second partition, on one side of described second partition, on the second carriage saddle, be provided with the second wire tray and the second wire-feed motor; At the another side of described second partition, the 4th servomotor is set, described the 4th servomotor connects the second welding mechanism by the second linear module; Described the second welding mechanism comprises the 5th servomotor, and the 5th servomotor connects the second rotation platform by the 3rd linear module, and described the second rotation platform connects the second welding gun.
Further, on the cylinder carriage of described the second welding post, (side of 5 is provided with the second clamping cylinder to described workpiece.
Adopt aluminum alloy pattern plate automatic production line provided by the invention, whole aluminum alloy pattern plate processing is passed through to cutter sweep, hole punched device, the first welding post and the second welding post are combined into one from sawing sheet to the automatic production line that completes finished product production, machining accuracy is high, the dependence of minimizing to skilled worker, particularly outstanding in situation about generally lacking in current labour's anxiety, particularly skilled worker; Production efficiency promotes at double, and automaticity is high, simple to operate; Whole production line common laborer is no more than 5 people, occupies little space; Operator can, in dangerous operation environment, not protect operator's safety and health.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, forms the application's a part, and schematic description and description of the present invention is used for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 schematically illustrates the cutter sweep front view that the invention process example provides;
Fig. 2 schematically illustrates the cutter sweep top view that the invention process example provides;
Fig. 3 schematically illustrates the hole punched device sectional view that the invention process example provides;
Fig. 4 schematically illustrates the first welding post sectional view that the invention process example provides;
Fig. 5 schematically illustrates the second welding post sectional view that the invention process example provides;
Fig. 6 schematically illustrates the first welding post schematic diagram that the invention process example provides;
Fig. 7 schematically illustrates the hole punched device front view that the invention process example provides;
Fig. 8 schematically illustrates the hole punched device top view that the invention process example provides;
Fig. 9 schematically illustrates the first welding post top view that the invention process example provides;
Figure 10 schematically illustrates the second welding post top view that the invention process example provides.
The specific embodiment
Below with reference to the accompanying drawings and in conjunction with the embodiments, describe the present invention in detail.
Referring to figs. 1 through Figure 10, the embodiment of the present invention provides a kind of aluminum alloy pattern plate automatic production line, comprise frame 10, in frame 10, arrange cylinder carriage 51 is installed, mounting rotary drum 54 on cylinder carriage 51, cylinder 54 is driven and is rotated by Rolling motor, thereby conveying workpieces 50 forward, on cylinder carriage 51, the both sides of workpiece 50 are provided with guide bearing 53, and cylinder 54 carries workpiece 50 forward with guide bearing 53 reposefully.
In frame 10, be disposed with cutter sweep, hole punched device, the first welding post and the second welding post.
See figures.1.and.2, on the cylinder carriage 51 of cutter sweep, be provided with feeding pressure mechanism 103, be provided with cutting machine 102 on feeding pressure mechanism 103, cutting machine 102 connects cutting oil cylinder 104, at workpiece 50 outputs of cutter sweep, length position-limit mechanism 105 is set; Workpiece 50 delivers into cutter sweep, length position-limit mechanism 105 is for blocking the workpiece 50 of carrying forward, feeding pressure mechanism 103 workpiece pressings 50, cutting machine 102 carries out cutting action to workpiece 50, after cutting action completes, feeding pressure mechanism 103 unclamps workpiece 50, and workpiece 50 delivers into hole punched device forward.
With reference to Fig. 3, Fig. 7 and Fig. 8, hole punched device comprises the workbench 141 that workpiece 50 both sides are provided with, workbench 141 is for clamping and unclamp workpiece 50, in workbench 141 inner sides, be provided with idler wheel mechanism, slip for workpiece 50 is carried forward, idler wheel mechanism comprises a liter wheel cylinder 181, rises on wheel cylinder 181 rolling wheel support 171 is set, and is provided with roller 151 on rolling wheel support 171; In the outside of workbench 141, all connect little frame 6, workbench 141 is all arranged on base 601 with little frame 6, at base 601, be arranged with transverse-moving mechanism 4, transverse-moving mechanism 4 comprises slide rail 5, base 601 is by the effect of the first clamping cylinder (not shown in FIG.), on slide rail 5, do transverse movement, thereby drive the transverse movement of workbench 141 and little frame 6.
In little frame 6, be provided with long guideway base 7, on long guideway base 7, be provided with the one the first ball-screws 9, the first ball-screw 9 is fixing by leading screw holder 8, in the both sides of leading screw holder 8, be equipped with long guideway 101, on long guideway 101 and leading screw holder 8, be connected with sliding seat 111, sliding seat 111 travels longitudinally on long guideway 101 by the one the first ball-screws 9; On sliding seat 111, be provided with and move back mould slide rail 191; move back on mould slide rail 191 and connect punch mechanism; punch mechanism is by moving back the effect of mould cylinder 20; do transverse movement moving back on mould slide rail 191; punch mechanism comprises hydraulic cylinder 121 and diel 131; the two sides of workpiece 50 snap in respectively in diel 131, and punch mechanism carries out punching action to the two sides of workpiece 50.Because the first ball-screw 191 adopting has, positioning precision is high, transmission efficiency is high, high life, and the punching station of workpiece 50 is conformed with the regulations, and precision is higher.
The hole-punching method of this hole punched device, comprises the following steps:
S1: workpiece 50 enters after workbench 141, rising wheel cylinder 181 drives roller 151 to rise by rolling wheel support 171, the the one the first ball-screws 9 drive punch mechanism to move on long guideway 101, preferably the one the first ball-screws 9 are driven by servomotor, the two sides of workpiece 50 are snapped in respectively in diel 131, then by moving back the past both sides transverse movement of mould cylinder 20, diel 131 clamping work pieces, the first ball-screw 9 and long guideway 101 drive punch mechanism to move forward, workpiece 16 are placed in to the position of processing;
S2: the first clamping cylinder drives work piece platform 141 toward intermediate lateral motion, clamping work pieces, the first ball-screw 9 drives punch mechanism to move backward to first position, hole, and punch mechanism is gone out first hole; Then, the first ball-screw 9 drives punch mechanism to move backward to position, second hole, and punch mechanism is gone out second hole; So repeat, until go out the hole of all settings;
S3: last, the first clamping cylinder drives work piece platform 141 toward both sides transverse movement, and workpiece comes loose;
S4: next workpiece enters workbench 141, the first ball-screw 9 and long guideway 101 drive punch mechanism to move, the two sides of next workpiece are snapped in respectively in diel 131, then by moving back the past both sides transverse movement of mould cylinder 20, diel 131 clamping work pieces, the first ball-screw 9 and long guideway 101 drive punch mechanism to move forward, next workpiece are placed in to the position of processing, now workpiece before 50 are gone out to hole punched device.
With reference to Fig. 4, Fig. 6 and Fig. 9, workpiece 20 is gone out from hole punched device, by cylinder 54, be delivered to the cylinder carriage 51 of the first welding post, in cylinder carriage 51 1 sides, be provided with first transmission mechanism the first transmission mechanism and comprise the first servomotor 11, the first servomotor 11 connects synchronous pulley 13 by reductor 12, Timing Belt 15 is connected on synchronous pulley 13 by strainer 14, is provided with movable block 16 on Timing Belt 15.
On the first transmission mechanism, be provided with the first slide unit base 21, the both sides of the first slide unit base 21 are equipped with the first slide rail 22, on the first slide rail 22, be provided with the first sliding shoe 23, the first sliding shoe 23 is concordant with the horizontal plane of movable block 16, on movable block 16 and the first sliding shoe 23, the first carriage saddle 24 is set, like this, the first carriage saddle 24 can travel longitudinally by Timing Belt 15 and the first slide rail 22.
In a side of the first carriage saddle 24, be provided with the first wire tray 31, the first wire tray 31 is fixed on the first carriage saddle 24 by the first wire tray seat 311, at the opposite side of the first carriage saddle 24, connect the first dividing plate 35, on one side of the first dividing plate 35, on the first carriage saddle 24, be provided with the first wire-feed motor 32, the first wire-feed motor 32 are fixedly connected on the first dividing plate 35 one side by the first wire feed support 321.
At the another side of the first dividing plate 35, be fixedly connected with the second servomotor 40, the second servomotor 40 connects the first rotation platform 403 by the first linear module 401, drag chain 402, the first rotation platform 403 connects rotary cylinder 41, on rotary cylinder 41, connect the first welding mechanism, the first welding mechanism can 180 rotations of spending on the first rotation platform 403 under the drive of rotary cylinder 41.
The first welding mechanism comprises that rotary cylinder 41 both sides are equipped with pushes away rifle cylinder 42, pushes away rifle cylinder 42 and is connected with the first welding gun 43; The first rotation platform 403 is driven on the first linear module 401 and is moved up and down by the second servomotor 40, and the first welding gun 43 is by the first linear module 401 and push away rifle cylinder 42, can carry out perps welding to " work " word back cord on workpiece 50.
Because the perps of " work " word back cord exists the angles of 45 degree, push away rifle cylinder 42 and promote the first welding gun 43 and can carry out perps welding to the corner of 45 degree; The first welding mechanism can be on the first rotation platform 403 under the drive of rotary cylinder 41 rotations of 180 degree, utilize two welding guns just can carry out two sides perps welding to " work " word back cord on workpiece 50, flexible.
Above workpiece 50, be provided with backer 60, compression cylinder 61 is set on backer 60, compression cylinder 61 is for compression and unclamp workpiece 50.Workpiece 50 belows are connected with lifting platform 81, and lifting platform 81 is moved up and down by the drive of lift cylinder 83 by lifting guide pillar 82, thereby drive workpiece 50 to move up and down.At workpiece 50 outputs of the first welding post, be provided with the first baffle plate 71, the first baffle plates 71 and carry forward for stopping workpiece 50, the first baffle plate 71 connects baffle plate cylinder 73 by baffle plate guide rod 72.
Workpiece 50 is exported from the rolling carriage 51 of the first welding post, enters the rolling carriage 51 of the second welding post.
With reference to Fig. 5 and Figure 10, the second welding post is included in the second transmission mechanism that cylinder carriage 51 both sides are equipped with, and the second transmission mechanism comprises that the 3rd servomotor 17, the three servomotors 17 connect the second ball-screw 18.
On the second transmission mechanism, be provided with the second slide unit base 25, the both sides of the second slide unit base 25 are provided with the second slide rail 26, on the second slide rail 26, be provided with the second sliding shoe 27, the second sliding shoe 27 is concordant with the horizontal plane of the fixed block on the second ball-screw 18, at the second sliding shoe 27, the second carriage saddle 28 is set, like this, the second carriage saddle 28 can travel longitudinally by the second ball-screw 18 and the second slide rail 26.
In a side of the second carriage saddle 28, be provided with the second wire tray 33, the second wire tray 33 is fixed on the second carriage saddle 28 by the second wire tray holder 331, opposite side at the second carriage saddle 28 connects second partition 36, at second partition 36, arrive on one side, on the second carriage saddle 28, be provided with the second wire-feed motor 34, the second wire-feed motor 34 and be fixedly connected on second partition 36 on one side by the second wire feed support 341.
At the another side of second partition 36, connect the second welding mechanism on by the second linear module 911, the second welding mechanism can drive side-to-side movement on the second linear module 911 by the 4th servomotor 91; The second welding mechanism comprises the 5th servomotor 44, the 5th servomotor 44 connects the second rotation platform 46 by the 3rd linear module 45, the second rotation platform 46 connects the second welding gun 47, the second rotation platforms 46 and is driven on the 3rd linear module 45 and moved up and down by the 5th servomotor 44; Like this, the second welding gun 47 can carry out to workpiece 50 welding of end seam and top seam.
On the cylinder carriage 51 of the second welding post, a side of workpiece 50 is provided with the second clamping cylinder 74, for clamping work pieces 50.Workpiece 50 outputs at the first welding post are provided with second baffle 75, and second baffle 75 is carried forward for stopping workpiece 50.
The welding method of this first welding post and the second welding post, comprises the following steps:
S1: workpiece 50, by cylinder 54 chargings, enters the first welding post, and the first baffle plate 71 rises, and blocks workpiece 50 and carries forward, and workpiece 50 is along with lifting platform 81 rises;
S2: artificial " work " word back cord of placing, the position of " work " word back cord regulates by backer 60, and compression cylinder 61 compresses " work " word back cord;
S3: under the drive of the second servomotor 40, the first welding gun 43 welds a perps of " work " word back cord on workpiece 50;
S4: after the welding of step S3 completes, the second servomotor 40 drives the first welding mechanism to rise, the rotation of the first welding mechanism 180 degree on the first rotation platform 403, drive first welding gun 43 of the second servomotor 40 welds the another side perps of " work " word back cord on workpiece 50.
S5: after the welding of step S4 completes, workpiece 50 is along with lifting platform 81 declines, and the first baffle plate 71 declines, workpiece 50 is by cylinder 54 dischargings;
S6; Workpiece 50 enters the second welding post, and second baffle 75 rises, and blocks workpiece 50 and carries forward, the second clamping cylinder 74 clamping work pieces 50;
S7: the second welding gun 47 carries out the welding of end seam and top seam on workpiece 50 to " work " word back cord;
After the welding of S8: step S6 completes, second baffle 75 declines, and workpiece 50 is by cylinder 54 dischargings.
As preferably, this aluminum alloy pattern plate automatic production line also comprises central control computer, at the width of central control computer input workpiece 50, Cutting Length, punching room, hole column pitch, welding back cord quantity, the contents such as fusion length, automatic feed, automatically detect the length of workpiece 50, fixed length is cut, hole punched device carries out punching according to punching room and the spacing set, the first welding post and the second welding machine station are located automatically by optical fiber, central control computer sends instruction, the first welding post carries out perps welding on workpiece 50 to back cord, the second welding gun 47 carries out stitching and pushing up the welding of seam on workpiece 50 to back cord.
As can be seen from the above description, adopt aluminum alloy pattern plate automatic production line provided by the invention, can reach following technique effect:
Whole aluminum alloy pattern plate processing is passed through to cutter sweep, hole punched device, the first welding post and the second welding post are combined into one from sawing sheet to the automatic production line that completes finished product production, machining accuracy is high, the dependence of minimizing to skilled worker, particularly outstanding in situation about generally lacking in current labour's anxiety, particularly skilled worker; Production efficiency promotes at double, and automaticity is high, simple to operate; Whole production line common laborer is no more than 5 people, occupies little space; Operator can, in dangerous operation environment, not protect operator's safety and health.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. an aluminum alloy pattern plate automatic production line, it is characterized in that, comprise hole punched device, described hole punched device comprises the workbench (141) that workpiece (50) both sides are provided with, the inner side of described workbench (141) is provided with idler wheel mechanism, in the outside of described workbench (141), connect little frame (6), described workbench (141) is arranged with transverse-moving mechanism (4) with described little frame (6), and described workbench (141) can do transverse movement with described little frame (6) on described transverse-moving mechanism (4);
In described little frame (6), be provided with the first ball-screw (9), in described the first ball-screw (9) both sides, be equipped with long guideway (101), on described long guideway (101), be connected with sliding seat (111), sliding seat (111) can travel longitudinally by described the first ball-screw (9) on long guideway (101);
On described sliding seat (111), be provided with and move back mould slide rail (19), described in move back the upper punch mechanism that connects of mould slide rail (19), described punch mechanism can be done transverse movement moving back on mould slide rail (19); Described punch mechanism comprises hydraulic cylinder (121) and diel (131), and the two sides of workpiece (50) can snap in respectively in diel (131).
2. aluminum alloy pattern plate automatic production line as claimed in claim 1, is characterized in that, described workbench (141) by the effect of the first clamping cylinder, does transverse movement with described little frame (6) on described transverse-moving mechanism (4); Described punch mechanism is by moving back the effect of mould cylinder (20), does transverse movement moving back on mould slide rail (19).
3. aluminum alloy pattern plate automatic production line as claimed in claim 1, it is characterized in that, also comprise the first welding post, described workpiece (50) is by the idler wheel mechanism output of hole punched device, enter the cylinder carriage (51) of the first welding post, on described cylinder carriage (51), be provided with the first welding mechanism, described the first welding mechanism comprises rotary cylinder (41), described rotary cylinder (41) both sides are equipped with and push away rifle cylinder (42), described in push away rifle cylinder (42) and be connected with the first welding gun (43).
4. aluminum alloy pattern plate automatic production line as claimed in claim 3, it is characterized in that, it is upper that described rotary cylinder (41) is connected in the first rotation platform (403), and described the first rotation platform (403) connects the second servomotor (40) by the first linear module (401); Described the second servomotor (40) is fixedly connected on one side of the first dividing plate (35), at the another side of described the first dividing plate (35), the first wire tray (31) and the first wire-feed motor (32) are set, described the first wire tray (31) and described the first wire-feed motor (32) are placed on the first carriage saddle (24).
5. aluminum alloy pattern plate automatic production line as claimed in claim 4, it is characterized in that, described cylinder carriage (51) one sides are provided with the first transmission mechanism, and described the first carriage saddle (24) travels longitudinally in described cylinder carriage (51) one sides by described the first transmission mechanism.
6. aluminum alloy pattern plate automatic production line as claimed in claim 5, it is characterized in that, described the first transmission mechanism comprises the first servomotor (11), described the first servomotor (11) connects synchronous pulley (13) by reductor (12), it is upper that Timing Belt (15) is connected in described synchronous pulley (13) by strainer (14), is provided with movable block (16) on described Timing Belt (15); On the first transmission mechanism, be provided with the first slide unit base (21), on described the first slide unit base (21), be provided with the first slide rail (22), on described the first slide rail (22), be provided with the first sliding shoe (23), described the first carriage saddle (24) is placed on described movable block (16) and described the first sliding shoe (23).
7. aluminum alloy pattern plate automatic production line as claimed in claim 6, is characterized in that, the upper mounting rotary drum (54) of described cylinder carriage (51), and described cylinder (54) is driven and is rotated by Rolling motor (52), thus conveying workpieces (50) forward; Upper at described cylinder carriage (51), the both sides of described workpiece (50) are provided with guide bearing (53); In described workpiece (50) top, be provided with backer (60), compression cylinder (61) is set on described backer (60); In described workpiece (50) below, be connected with lifting platform (81).
8. aluminum alloy pattern plate automatic production line as claimed in claim 7, is characterized in that, also comprises the second welding post, and described workpiece (50), from cylinder carriage (51) output of the first welding post, enters the cylinder carriage (51) of the second welding post; The second welding post is included in the second transmission mechanism that cylinder carriage (51) both sides are equipped with, and the second transmission mechanism comprises the 3rd servomotor (17), and the 3rd servomotor (17) connects ball-screw (18); The second slide unit base (25) is set on the second transmission mechanism, described the second slide unit base (25) is provided with the second slide rail (26), the second sliding shoe (27) is set on described the second slide rail (26), the second carriage saddle (28) is set on described the second sliding shoe (27).
9. aluminum alloy pattern plate automatic production line as claimed in claim 8, it is characterized in that, in a side of described the second carriage saddle (28), be connected with second partition (36), on one side of described second partition (36), on the second carriage saddle (28), be provided with the second wire tray (33) and the second wire-feed motor (34); At the another side of described second partition (36), the 4th servomotor (91) is set, described the 4th servomotor (91) connects the second welding mechanism by the second linear module (911); Described the second welding mechanism comprises the 5th servomotor (44), and the 5th servomotor (44) connects the second rotation platform (46) by the 3rd linear module (45), and described the second rotation platform (46) connects the second welding gun (47).
10. aluminum alloy pattern plate automatic production line as claimed in claim 9, is characterized in that, upper at the cylinder carriage (51) of described the second welding post, a side of described workpiece (50) is provided with the second clamping cylinder (74).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410032374.1A CN103722379B (en) | 2014-01-24 | 2014-01-24 | Automatic production line of aluminum template |
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| CN201410032374.1A CN103722379B (en) | 2014-01-24 | 2014-01-24 | Automatic production line of aluminum template |
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| CN103722379A true CN103722379A (en) | 2014-04-16 |
| CN103722379B CN103722379B (en) | 2016-03-02 |
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| CN201410032374.1A Active CN103722379B (en) | 2014-01-24 | 2014-01-24 | Automatic production line of aluminum template |
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| CN107639150A (en) * | 2017-11-05 | 2018-01-30 | 李大德 | It can automatically adjust and once rush porous building template process equipment |
| CN110961523A (en) * | 2020-01-03 | 2020-04-07 | 云南科保模架有限责任公司 | Double-row punching machine for aluminum template |
| CN114193171A (en) * | 2021-12-31 | 2022-03-18 | 广东鑫光智能系统有限公司 | Aluminum template sawing and punching integrated production line and machining method thereof |
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| CN114193171B (en) * | 2021-12-31 | 2022-09-06 | 广东鑫光智能系统有限公司 | Aluminum template sawing and punching integrated production line and machining method thereof |
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