CN101708640B - Plastic door and window cross welding line cleaning and processing equipment and processing method thereof - Google Patents
Plastic door and window cross welding line cleaning and processing equipment and processing method thereof Download PDFInfo
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- CN101708640B CN101708640B CN2009102303489A CN200910230348A CN101708640B CN 101708640 B CN101708640 B CN 101708640B CN 2009102303489 A CN2009102303489 A CN 2009102303489A CN 200910230348 A CN200910230348 A CN 200910230348A CN 101708640 B CN101708640 B CN 101708640B
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Abstract
The invention provides plastic door and window cross welding line cleaning and processing equipment, comprising a frame, a workbench and four angle cleaning noses, wherein movable guide rails and slide blocks are arranged on the surface of the frame; the workbench can move along the horizontal direction by controlling of a movable cylinder; the four angle cleaning noses are positioned on angular bisectors of four sectional bars of a cross section material; and each angle cleaning nose is provided with a guide shaft seat, a vertical guide shaft, an upper angle cleaning knife tackle and a lower angle cleaning knife tackle. The invention also provides a method for processing section materials by using the equipment, comprising the following steps: conveying the section material, centering and positioning, cleaning angles and conveying the section material to the next step. The four angle cleaning noses are provided with eight angle cleaning knife rests, can clean eight cross welding lines at the same time, so that the equipment not only improves the working efficiency, shortens the processing period and reduces the manufacture cost, but also has compact structure and small occupied area. The processing method by adopting the equipment improves the processing quality and working efficiency, shortens the processing period, reduces the manufacture cost, and reduces the labor intensity.
Description
(1) technical field
The present invention relates to plastic door-window cross weld cleaning process equipment and processing method, belong to the plastic door-window technical field of processing equipment.
(2) background technology
Along with popularizing and development of plastic door-window; In some type areies; Occurred a kind of
and
for main flow with going up bright complicated window type; In welding process, just produced the weld seam of right-angled intersection like this; The cutter of cleaning is because the obstruct of position, cross weld seam junction; Can't connect cleaning; Therefore, present domestic a kind of equipment that this kind cross weld seam is carried out quick fully cleaning that also do not have.In existing door and window manufacturing enterprise, all adopt a dead lift, use the mode of flat chisel cleaning, have that working (machining) efficiency is low, the crudy problem of unstable, directly influence in enormous quantities, the production of high efficiency, high-quality plastic door-window.
(3) summary of the invention
One of the object of the invention has provided a kind of plastic door-window cross weld cleaning process equipment, can the cross weld seam be cleared up successively through it, not only improved operating efficiency, shortened the process-cycle, reduced production costs, and compact conformation, take up an area of little.
Plastic door-window cross weld cleaning process equipment of the present invention is realized through following measure:
A kind of plastic door-window cross weld cleaning process equipment comprises: a support, surperficial along continuous straight runs keep at a certain distance away and are arranged with two moving guide rails in parallel, and this moving guide rail is provided with some associated slide blocks; One workbench is installed in the slide block top, and can be moved by along continuous straight runs by movable cylinder control; With four angle-cleaning machine heads; Be positioned on the angular bisector of four section bars of cross section bar, each angle-cleaning machine head all has: the following clear angle cutter group that be installed in guide shaft seat on the workbench, vertically is arranged on the vertical guide shaft that can be moved up and down by lift cylinders control on the guide shaft seat, the supernatant angle cutter group that can be moved along the angular bisector of four section bars by the control of upper slitter group cylinder and can be moved along the angular bisector of four section bars by cutter group cylinder control down.
Further, it also includes the centering positioner, and this centering positioner comprises four sliding-block linkages that are arranged on the workbench, a fixed axis and a rotor plate that is provided with 4 installing holes by the five equilibrium angle; Said sliding-block linkage all has the guide shaft of being slidingly mounted on seat top shoe, and two are parallel to each other at interval and the guide shaft and the connecting rod of certain distance; Said connecting rod one end is articulated on the slide block, and the other end is hinged on the rotor plate, and this rotor plate is rotatably connected on said fixed axis; At least one slips end is connected with worker's inlet casing in the sliding-block linkage.
Further; Said angle-cleaning machine head also comprises hold-down mechanism; This hold-down mechanism comprises and compresses fork, fork connecting rod and compress the fork cylinder; Wherein said fork one end that compresses is installed in vertical guide shaft top, the other end and is equipped with and compresses the adjustment piece and link to each other with fork connecting rod one end, and the connection of the fork connecting rod other end compresses the fork cylinder.
In the embodiment of the invention; Comprise that also two groups are used for section bar met sb. at the airport from cross-wire weld and are sent to the transmitting device of hexagonal or anistree bonding machine; Said transmitting device has transmission bin that the workbench side is set, be fixed on belt pulley, the synchronous band that matches with belt pulley that transmits the bin two ends and be installed in transmit the bin below be used to control the lifting structure that it moves up and down, two belt pulleys that are in same end in the said transmitting device are continuous by the power transmission shaft of transmission Electric Machine Control through one.
Lifting structure described in the such scheme comprises the first up-down guide shaft that can move up and down, the second up-down guide shaft controlled by first lift cylinder, second lift cylinder respectively that is installed in transmission bin top.
In the embodiment of the invention, also include through set lever locking and be installed in the limited block on the moving guide rail, on this limited block buffer stopper is installed.
The angle of supernatant described in embodiment of the invention cutter group, down clear angle cutter group is installed in upper slitter group guide shaft respectively, down on the cutter group guide shaft, and said upper slitter group guide shaft, all is set with stop collar on the cutter group guide shaft down.
Said cutter group guide shaft down runs through said guide shaft seat and links to each other with the guide shaft seat through the lower connecting plate that is sleeved on down on the cutter group guide shaft; Upper slitter group guide shaft runs through upper slitter group guide shaft seat and links to each other with upper slitter group guide shaft seat through the upper junction plate that is sleeved on upper slitter group guide shaft, and upper slitter group guide shaft seat is installed in vertical guide shaft upper end.
Another purpose of the present invention is a kind of method of utilizing said plastic door-window cross weld cleaning process equipment fabircated shapes, may further comprise the steps:
A. section bar transmission: control both sides first lift cylinder, second lift cylinder stretch out simultaneously along the first up-down guide shaft, the second up-down guide shaft and move up; With the identical height that transmits that bin rises and cross-wire weld is met sb. at the airport; Open the rotation of transmission motor-driven power transmission shaft and drive synchronous Tape movement; The cross weld seam section bar that it is good that the cross-wire weld of front is met sb. at the airport welding is transported in this cross weld cleaning process equipment; Close the transmission motor, control first lift cylinder, second lift cylinder is withdrawn simultaneously and moved down along the first up-down guide shaft, the second up-down guide shaft;
B. centering location: worker's inlet casing promotes slide block and promotes rotor plate along the guide shaft drivening rod and rotate around fixed axis, drives remaining three slide block simultaneously together to the central motion of fixed axis;
C. clear angle: compress the fork cylinder and promote the fork connecting rod and drive and compress fork and show around vertical guide shaft; Lift cylinders drives vertical guide shaft and moves down and supernatant angle cutter group is dropped to be installed in when compressing compressing the adjustment piece and compress section bar on the fork; Stop motion; This moment upper slitter group cylinder or down cutter group cylinder stretch out drive supernatant angle cutter group or down clear angle cutter group stretch out, with the cross weld seam go up or lower plane cleans out and returns; In scale removal process, can be installed in the degree of depth that the adjustment piece is confirmed supernatant angle cutter group cleaning upper sectional material weld seam that compresses that compresses on the fork through adjustment; Position through the adjustment stop collar; Can adjust the degree of depth of cutter in cross weld seam intersection location, through between adjustment lower connecting plate and the guide shaft seat between angle, upper junction plate and the upper slitter group guide shaft seat angle can adjust the angle of supernatant angle cutter group, time clear angle cutter group and horizontal plane;
D. section bar is delivered to subsequent processing: control first lift cylinder and stretch out along the first up-down guide shaft and move the section bar of having cleared up angle seam is lifted; Open the transmission motor and be transported to the angle seam that the next one will clear up or carry on the welding machine equipment, in this process on movable workbench to limited block the whole machining process process stop.
Operation principle of the present invention:
Use common clear angle cutter, accomplish complete cleaning efficiently automatically cross weld seam section bar; Use the centering positioner, realize cross section bar bight is located accurately and reliably; Use transmitting device, transport transmission automatically with the welding equipment of front and back two procedures; Use movable cylinder and limited block, the position of section bar when being transferred to the back operation that has guaranteed the same bright size not accurately and reliably.
Beneficial effect of the present invention:
1. four angle-cleaning machine heads are equipped with eight clear angle knife rests, can clear up simultaneously eight cross weld seams, not only improved operating efficiency, shortened the process-cycle, reduced production costs, and compact conformation, take up an area of little;
2. also include the centering positioner, be employed on the same diameter circle of rotor plate, four sliding-block linkages of the quartering drive slide block and on this rotor plate fixed axis, move simultaneously, drive cross weld seam section bar and force the centering location, and are convenient and practical;
3. two groups are used for section bar met sb. at the airport from cross-wire weld and are sent to the transmitting device of hexagonal or anistree bonding machine, have avoided a dead lift, have improved operating efficiency;
4. head also is provided with lifting mechanism, has both avoided the position that section bar drops to this equipment, after accomplish section bar location, show automatically again section bar above, when the cutter lift cylinder fell, the height dimension of dependence section bar was confirmed the height dimension of fixing a cutting tool;
5. adopt this equipment to carry out method for processing and improved crudy and operating efficiency, shortened the process-cycle, reduced production costs, reduced labour intensity.
(4) description of drawings
Fig. 1 is the structural representation of the selected embodiment of the present invention.
Fig. 2 is the structural representation of transmitting device.
Fig. 3 is the schematic top plan view of centering positioner.
Fig. 4 is the elevational schematic view of centering positioner.
Fig. 5 is the hold-down mechanism sketch map.
Fig. 6 is the first-class axle of a left back angle-cleaning machine side sketch map.
Fig. 7 is the sketch map of support.
Among the figure 1. transmitting devices, 2. centering positioner, 3. angle-cleaning machine head 4. belt pulleys, 5. the transmission motor 6. transmits bin, the 7. second up-down guide shaft, the 8. first up-down guide shaft; 9. lift cylinder holder, 10. first lift cylinder, 11. second lift cylinders, 12 first guide shaft holders, 13. second guide shaft fixed heads, 14. power transmission shafts, 15. workbench; 16. worker's inlet casing, 17. guide shaft seats, 18. guide shafts, 19. slide blocks, 20. connecting rods, 21. rotor plates, 22. fixed axis; 23. section bar, 24. compress the adjustment piece, 25. adjustment bolts, 26. supernatant angle cutter groups, 27. cutter heads adjustment bolt, 28. connecting plates, 29. upper slitter group guide shaft seats; 30. upper slitter group cylinder, 31. cutter group guide shafts, 32. stop collars, 33. compress the fork cylinder, 34. fork connecting rods, 35. compress fork, 36. times cutter group cylinders; 37. vertical guide shaft, 38. guide shaft fixed heads, 39. lift cylinders, 40. times clear angle cutter groups, 41. supports, 42. workers advance pole socket, 43. movable cylinders; 44. moving guide rail, 45. limited blocks, 46. movable cylinder seats, 47. slide blocks, 48. are with 49. buffer stoppers, 50. lower connecting plates synchronously; 51. following cutter group guide shaft, 52. set levers, the right back angle-cleaning machine head of A., the left back angle-cleaning machine head of B., the left front angle-cleaning machine head of C., the right front angle-cleaning machine head of D..
(5) specific embodiment
Below in conjunction with accompanying drawing and specific embodiment the present invention is explained further details, following explanation only is exemplary, does not limit protection scope of the present invention.
A kind of plastic door-window cross weld cleaning process equipment as shown in Figure 1 comprises 41, two groups of transmitting devices of a support 1, a centering positioner 2 and four angle-cleaning machine heads 3.
Said support 41 surperficial along continuous straight runs as shown in Figure 7 keep at a certain distance away and are arranged with two moving guide rails 44 in parallel; This moving guide rail 44 is provided with some associated slide blocks 47; Said slide block 47 tops be equipped with one by movable cylinder 43 control can the along continuous straight runs motion workbench 15; Said movable cylinder 43 cylinder bodies are installed in workbench 15 belows through movable cylinder seat 46, and the piston rod of movable cylinder 43 advances pole socket 42 through the worker and is installed on the support 41.
Two groups of transmitting devices 1 as shown in Figure 2 are to be used for section bar 23 met sb. at the airport from cross-wire weld being sent to hexagonal or anistree bonding machine; Said transmitting device 1 has transmission bin 6 that workbench 15 sides are set, be fixed on the belt pulley 4 that transmits bin 6 two ends, match with belt pulley 4 synchronously with 48 and be installed in transmission bin 6 belows be used to control the lifting structure that it moves up and down; Two belt pulleys that are in same end in the said transmitting device 1 link to each other through a power transmission shaft 14 by 5 controls of transmission motor; Said lifting structure comprise be installed in transmit bin 6 belows respectively by the first up-down guide shaft 8, the second up-down guide shaft 7 that can move up and down of first lift cylinder 10,11 controls of second lift cylinder; And the second up-down guide shaft 7 is installed in through the second guide shaft fixed head 13 and transmits on the bin 6; The first up-down guide shaft 8 is installed in the second guide shaft fixed head, 13 belows through the first guide shaft holder 12, and said first lift cylinder 10, second lift cylinder 11 are fixed on the second guide shaft fixed head, 13 belows through lift cylinder holder 9.
Four angle-cleaning machine heads as shown in Figure 5 are right back angle-cleaning machine head A, left back angle-cleaning machine head B, left front angle-cleaning machine head C and right front angle-cleaning machine head D; They are positioned on the angular bisector of four section bars of cross section bar, and each angle-cleaning machine head as shown in Figure 6 all has: the following clear angle cutter group 40 that be installed in guide shaft seat 17 on the workbench, vertically is arranged on the vertical guide shaft 37 that can be moved up and down by lift cylinders 39 controls on the guide shaft seat 17, the supernatant angle cutter group 26 that can be moved along the angular bisector of four section bars by 30 controls of upper slitter group cylinder and can be moved along the angular bisector of four section bars by cutter group cylinder 36 controls down.
Said supernatant angle cutter group 26, down clear angle cutter group 40 is installed in upper slitter group guide shaft 31 respectively, down on the cutter group guide shaft 51, and said upper slitter group guide shaft 31, all is set with stop collar 32 on the cutter group guide shaft 51 down.
Said cutter group guide shaft 51 down runs through said guide shaft seat 17 and links to each other with guide shaft seat 17 through the lower connecting plate 50 that is sleeved on down on the cutter group guide shaft 51; Upper slitter group guide shaft 31 runs through upper slitter group guide shaft seat 29 and links to each other with upper slitter group guide shaft seat 29 through the upper junction plate that is sleeved on upper slitter group guide shaft 31, and upper slitter group guide shaft seat 29 is installed in vertical guide shaft 37 upper ends.
Said angle-cleaning machine head also comprises hold-down mechanism; This hold-down mechanism comprises and compresses fork 35, fork connecting rod 34 and compress fork cylinder 33, and wherein said fork 35 1 ends that compress are installed in vertical guide shaft 37 tops, the other end and are equipped with through adjustment bolt 25 and compress adjustment piece 24 and link to each other with fork connecting rod 34 1 ends, and the connection of fork connecting rod 34 other ends compresses fork cylinder 33; This hold-down mechanism can be at the supernatant angle cutter group stretch out automatically when falling; Rely on the height dimension of section bar, clear angle cutter group is accurately located, avoid the restriction of traditional rotary type tower fixed dimension to cause the shallow influence of clear pull; After cleaning out; It can rise with supernatant angle cutter group, and putting does not automatically influence the section bar position of lifting up and down, makes things convenient for its transmission.
Described centering positioner as shown in Figure 4 comprises four sliding-block linkages that are arranged on the workbench 15, a fixed axis 22 and a rotor plate 21 that is provided with 4 installing holes by the five equilibrium angle; Said sliding-block linkage has all that 19, two of slide blocks that are slidingly mounted on the guide shaft seat 17 are parallel to each other at interval and the guide shaft 18 and connecting rod 20 of certain distance; Said connecting rod 20 1 ends are articulated on the slide block 19, and the other end is hinged on the rotor plate 21, and this rotor plate 21 is rotatably connected on said fixed axis 22; At least one slide block 19 end is connected with worker's inlet casing 16 in the sliding-block linkage; When processed section bar is fallen 15 last times of workbench; Worker's inlet casing 16 stretches out along the K direction; Promote slide block 19 and rotate around direction F with rotor plate 21, owing to four slide blocks 19 are connected on the fourth class cyclotomy with diameter through connecting rod 20 and rotor plate 21, therefore in fixed axis 22 moves along direction F along guide shaft 18 drivening rods 20; The stroke of four slide block 19 drive section bar motions is in full accord, and the section bar bight is forced the automatic centering location.Even changed the section bar of different size, rely on the location compact heap to drive section bar, also guaranteed the centering location accurately and reliably.
In order to adapt to the last bright section bar of different size; The section bar that to clear up the cross weld seam accurately and reliably outputs on hexagonal or the anistree bonding machine, includes in the embodiment of the invention through set lever 52 lockings and is installed in the limited block 45 on the moving guide rail 44, on this limited block 45 buffer stopper 49 is installed; According to user's measurement with going up the bright section bar and the backup plate position of hexagonal or anistree bonding machine; Manual locking set lever 50, when head moved, the worker that movable cylinder 43 pullings are installed on the support 41 advanced pole socket 42; Promotion movable cylinder seat 46 drives head motions, strikes on the limited block 45 to stop.
A kind of method of utilizing said plastic door-window cross weld cleaning process equipment fabircated shapes may further comprise the steps:
A. section bar transmission: control both sides first lift cylinder 10, second lift cylinder 11 stretch out simultaneously along the first up-down guide shaft 8, the second up-down guide shaft 7 and move up; With transmitting bin 6 rises and the cross-wire weld identical height of meeting sb. at the airport; Opening the 14 rotation drives of transmission motor 5 driving power transmission shafts is with 48 to move synchronously; The cross weld seam section bar that it is good that the cross-wire weld of front is met sb. at the airport welding is transported in this cross weld cleaning process equipment; Close transmission motor 5, control first lift cylinder 10, second lift cylinder 11 and withdraw simultaneously and move down along the first up-down guide shaft 8, the second up-down guide shaft 7;
B. centering location: worker's inlet casing 16 promotes slide blocks 19 and promotes rotor plates 21 along guide shaft 18 drivening rods 20 and rotate around fixed axis 22, drives remaining three slide block 19 simultaneously together to the central motion of fixed axis 22;
C. clear angle: compress fork cylinder 33 and promote fork connecting rods 34 and drive and compress fork 35 and show around vertical guide shaft 37; Lift cylinders 39 drives vertical guide shaft 37 and moves down and supernatant angle cutter group 26 is dropped to be installed in when compressing compressing adjustment piece 24 and compress section bar 23 on the fork 35; Stop motion; This moment upper slitter group cylinder 30 or down cutter group cylinder 36 stretch out drive supernatant angle cutter group 26 or down clear angle cutter group 40 stretch out, with the cross weld seam go up or lower plane cleans out and returns; In scale removal process, can be installed in the degree of depth that adjustment piece 24 is confirmed supernatant angle cutter group 26 cleaning upper sectional material weld seams that compresses that compresses on the fork 35 through adjustment; Through being adjusted at the position of stop collar 32; The degree of depth of cutter can be adjusted, the angle that angle between angle between lower connecting plate 50 and the guide shaft seat 17, upper junction plate 28 and the upper slitter group guide shaft seat 29 can be adjusted down clear angle cutter group 40, supernatant angle cutter group 26 and horizontal plane can be adjusted through adjustment cutter head adjustment bolt 27 in cross weld seam intersection location;
D. section bar is delivered to subsequent processing: control first lift cylinder 10 and stretch out along the first up-down guide shaft 8 and move the section bar of having cleared up angle seam is lifted; Open transmission motor 5 and be transported to the angle seam that the next one will clear up or carry on the welding machine equipment, the whole machining process process stops on the limited block 45 when workbench 15 moves in this process.
Basic principle of the present invention has only been explained in above-mentioned explanation, and those skilled in the art can make many variations according to prompting, like transmitting device 1, centering positioner 2 and four positions of angle-cleaning machine head 3 on workbench; Limited block 45 is in the position that moving guide rail 44 is placed, and the synchronous band of transmitting device can also adopt chain or guide tracked structure; Clear angle cutter does not adopt blade and adopts milling cutter or adopt other angle seam positions that increase cutter cleaning cross section bar on the prior art; Adopt rotary type tower or the rigid spacing mode of screw etc. in the hold-down mechanism, above-mentioned variation belongs to prior art, can not be used for limiting protection scope of the present invention, and protection scope of the present invention is as the criterion with claim.
Claims (7)
1. plastic door-window cross weld cleaning process equipment is characterized in that comprising:
One support (41), surperficial along continuous straight runs keep at a certain distance away and are arranged with two moving guide rails (44) in parallel, and this moving guide rail (44) is provided with some associated slide blocks (47);
One workbench (15) is installed in slide block (47) top, and can be moved by along continuous straight runs by movable cylinder (43) control; With
Four angle-cleaning machine heads; Be positioned on the angular bisector of four section bars of cross section bar, each angle-cleaning machine head all has: the following clear angle cutter group (40) that be installed in guide shaft seat (17) on the workbench, vertically is arranged on the vertical guide shaft (37) that can be moved up and down by lift cylinders (39) control on the guide shaft seat (17), the supernatant angle cutter group (26) that can be moved along the angular bisector of four section bars by upper slitter group cylinder (30) control and can be moved along the angular bisector of four section bars by cutter group cylinder (36) control down;
It also includes the centering positioner, and this centering positioner comprises four sliding-block linkages, a fixed axis (22) and rotor plate (21) that is provided with 4 installing holes by the five equilibrium angle that is arranged on the workbench (15); Said sliding-block linkage all has the guide shaft of being slidingly mounted on seat (17) top shoe (19), and two are parallel to each other at interval and the guide shaft (18) and the connecting rod (20) of certain distance; Said connecting rod (20) one ends are articulated on the slide block (19), and the other end is hinged on the rotor plate (21), and this rotor plate (21) is rotatably connected on said fixed axis (22); At least one slide block (19) end is connected with worker's inlet casing (16) in the sliding-block linkage;
Said angle-cleaning machine head also comprises hold-down mechanism; This hold-down mechanism comprises and compresses fork (35), fork connecting rod (34) and compress fork cylinder (33); Wherein said fork (35) one ends that compress are installed in vertical guide shaft (37) top, the other end and are equipped with through adjustment bolt (25) and compress adjustment piece (24) and link to each other with fork connecting rod (34) one ends, and the connection of fork connecting rod (34) other end compresses fork cylinder (33).
2. want 1 said plastic door-window cross weld cleaning process equipment according to right; It is characterized in that: it comprises that also two groups are used for transmitting device (2) that section bar (23) is met sb. at the airport and is sent to hexagonal or anistree bonding machine from cross-wire weld; Said transmitting device (2) has transmission bin (6) that workbench (15) side is set, be fixed on the belt pulley, the synchronous band (48) that matches with belt pulley that transmit bin (6) two ends be installed in transmit bin (6) below be used to control the lifting structure that it moves up and down, two belt pulleys that are in same end in the said transmitting device (2) are continuous through the power transmission shaft (14) controlled by transmission motor (5).
3. want 2 said plastic door-window cross weld cleaning process equipments according to right, it is characterized in that: said lifting structure comprises the first up-down guide shaft (8) that can move up and down, the second up-down guide shaft (7) controlled by first lift cylinder (10), second lift cylinder (11) respectively that is installed in transmission bin (6) top.
4. want 1,2 or 3 said plastic door-window cross weld cleaning process equipments according to right, it is characterized in that: it also includes through set lever (50) locking and is installed in the limited block (45) on the moving guide rail (44), and buffer stopper (49) is installed on this limited block (45).
5. want 4 said plastic door-window cross weld cleaning process equipments according to right; It is characterized in that: said supernatant angle cutter group (26), down clear angle cutter group (40) is installed in upper slitter group guide shaft (31) respectively, down on the cutter group guide shaft (51), and said upper slitter group guide shaft (31), all is set with stop collar (32) on the cutter group guide shaft (51) down.
6. want 5 said plastic door-window cross weld cleaning process equipments according to right, it is characterized in that: said cutter group guide shaft (51) down runs through said guide shaft seat (17) and links to each other with guide shaft seat (17) through the lower connecting plate (50) that is sleeved on down on the cutter group guide shaft (51); Upper slitter group guide shaft (31) runs through upper slitter group guide shaft seat (29) and links to each other with upper slitter group guide shaft seat (29) through the upper junction plate that is sleeved on upper slitter group guide shaft (31), and upper slitter group guide shaft seat (29) is installed in vertical guide shaft (37) upper end.
7. method of utilizing the said plastic door-window cross of claim 6 weld cleaning process equipment fabircated shapes is characterized in that may further comprise the steps:
A. section bar transmission: control both sides first lift cylinders (10), second lift cylinder (11) stretch out simultaneously along the first up-down guide shaft (8), the second up-down guide shaft (7) and move up; To transmit bin (6) rises and the cross-wire weld identical height of meeting sb. at the airport; Band (48) is mobile synchronously to open transmission motor (5) driving power transmission shaft (14) rotation drive; The cross weld seam section bar that it is good that the cross-wire weld of front is met sb. at the airport welding is transported in this cross weld cleaning process equipment; Close transmission motor (5), control first lift cylinder (10), second lift cylinder (11) is withdrawn simultaneously and moved down along the first up-down guide shaft (8), the second up-down guide shaft (7);
B. centering location: worker's inlet casing (16) promotes slide block (19) and promotes rotor plate (21) along guide shaft (18) drivening rod (20) and rotate around fixed axis (22), drives remaining three slide block (19) simultaneously together to the central motion of fixed axis (22);
C. clear angle: compress fork cylinder (33) and promote fork connecting rod (34) and drive and compress fork (35) and show around vertical guide shaft (37); Lift cylinders (39) drives vertical guide shaft (37) and moves down and supernatant angle cutter group (26) is dropped to be installed in when compressing compressing adjustment piece (24) and compress section bar (23) on the fork (35); Stop motion; This moment upper slitter group cylinder (30) or down cutter group cylinder (36) stretch out drive supernatant angle cutter group (26) or down clear angle cutter group (40) stretch out, with the cross weld seam go up or lower plane cleans out and returns; In scale removal process, can be installed in the degree of depth that adjustment piece (24) is confirmed supernatant angle cutter group (26) cleaning upper sectional material weld seam that compresses that compresses on the fork (35) through adjustment; Position through adjustment stop collar (32); The degree of depth of cutter can be adjusted, the angle of supernatant angle cutter group (26), time clear angle cutter group (40) and horizontal plane can be adjusted through angle between angle between adjustment lower connecting plate (50) and the guide shaft seat (17), upper junction plate (28) and the upper slitter group guide shaft seat (29) in cross weld seam intersection location;
D. section bar is delivered to subsequent processing: control first lift cylinder (10) and stretch out and move the section bar will clear up angle seam along the first up-down guide shaft (8) and lift; Open transmission motor (5) and be transported to the angle seam that the next one will clear up or carry on the welding machine equipment, go up the whole machining process process and stop when workbench (15) moves to limited block (45) in this process.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102303489A CN101708640B (en) | 2009-11-13 | 2009-11-13 | Plastic door and window cross welding line cleaning and processing equipment and processing method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102303489A CN101708640B (en) | 2009-11-13 | 2009-11-13 | Plastic door and window cross welding line cleaning and processing equipment and processing method thereof |
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| Publication Number | Publication Date |
|---|---|
| CN101708640A CN101708640A (en) | 2010-05-19 |
| CN101708640B true CN101708640B (en) | 2012-02-29 |
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| CN2009102303489A Expired - Fee Related CN101708640B (en) | 2009-11-13 | 2009-11-13 | Plastic door and window cross welding line cleaning and processing equipment and processing method thereof |
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| CN101870150B (en) * | 2010-06-17 | 2012-06-06 | 安阳市佳明机械有限责任公司 | Cross angle-cleaning machine for plastic doors and windows |
| CN102229223A (en) * | 2011-06-28 | 2011-11-02 | 济南德佳机器有限公司 | Y-shaped welding seam cleaner for plastic door or window |
| CN102431110B (en) * | 2011-10-31 | 2013-09-11 | 济南德佳机器有限公司 | Processing equipment and method for double-end V-shaped clearance angle of plastic doors and windows |
| CN102380924B (en) * | 2011-12-15 | 2013-07-17 | 济南德佳机器有限公司 | Plastic door and window adhesive tape groove and inner vertical face weld joint cleaning machine |
| CN110466164A (en) * | 2019-06-27 | 2019-11-19 | 上海浩泽诺瑞空气净化设备有限公司 | A kind of central air-conditioning plastic-steel section bar machine-shaping device and its processing method |
| CN115091071B (en) * | 2022-08-25 | 2022-11-22 | 荣盛家居有限公司 | Aluminum alloy door and window welding set |
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| CN1221677A (en) * | 1997-12-30 | 1999-07-07 | 济南光明机器有限公司 | Digital-controlled cleaning method and appts. for plastic door/window conner welding seam |
| CN201573311U (en) * | 2009-11-13 | 2010-09-08 | 济南德佳机器有限公司 | Plastic door and window cruciform weld seam cleaning processing equipment |
-
2009
- 2009-11-13 CN CN2009102303489A patent/CN101708640B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1221677A (en) * | 1997-12-30 | 1999-07-07 | 济南光明机器有限公司 | Digital-controlled cleaning method and appts. for plastic door/window conner welding seam |
| CN201573311U (en) * | 2009-11-13 | 2010-09-08 | 济南德佳机器有限公司 | Plastic door and window cruciform weld seam cleaning processing equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101708640A (en) | 2010-05-19 |
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