CN102328209A - Numerical-control angle forming and processing machine - Google Patents
Numerical-control angle forming and processing machine Download PDFInfo
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- CN102328209A CN102328209A CN201110240661A CN201110240661A CN102328209A CN 102328209 A CN102328209 A CN 102328209A CN 201110240661 A CN201110240661 A CN 201110240661A CN 201110240661 A CN201110240661 A CN 201110240661A CN 102328209 A CN102328209 A CN 102328209A
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- 238000010008 shearing Methods 0.000 claims abstract description 32
- 238000006243 chemical reaction Methods 0.000 claims abstract description 18
- 230000017105 transposition Effects 0.000 claims abstract description 9
- 238000000465 moulding Methods 0.000 claims description 60
- 238000007493 shaping process Methods 0.000 claims description 38
- 239000011230 binding agent Substances 0.000 claims description 34
- 238000003825 pressing Methods 0.000 claims description 16
- 239000000463 material Substances 0.000 claims description 15
- 230000007246 mechanism Effects 0.000 claims description 10
- 230000003028 elevating effect Effects 0.000 claims description 7
- 210000000080 chela (arthropods) Anatomy 0.000 claims description 6
- 230000001360 synchronised effect Effects 0.000 claims description 6
- 230000001105 regulatory effect Effects 0.000 claims description 4
- 238000006073 displacement reaction Methods 0.000 claims description 3
- 230000006870 function Effects 0.000 abstract description 9
- 230000009466 transformation Effects 0.000 abstract 1
- 238000000034 method Methods 0.000 description 6
- 241000282472 Canis lupus familiaris Species 0.000 description 5
- 230000002950 deficient Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 238000007664 blowing Methods 0.000 description 2
- 239000007795 chemical reaction product Substances 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 239000000523 sample Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
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- 238000005520 cutting process Methods 0.000 description 1
- 230000001681 protective effect Effects 0.000 description 1
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Abstract
The invention discloses a numerical-control angle forming and processing machine, which structurally comprises a forming device and a shearing device that are arranged on a frame; the forming device consists of a multi-position forming roller and a multi-position square die which are matched together, wherein the multi-position forming roller is arranged on a roller seat and rotates through a roller shaft, and the multi-position square die is arranged on a die holder; a forming cylinder is arranged corresponding to the upper side of the multi-position square die; a roller transposition device which can be used for enabling the roller to change in different angles and positions is connected to the multi-position forming roller, and a modular angle transformation device which can be used for enabling the square die to automatically transform modular angles is connected to the multi-position square die; and the purposes that automatic conversion of roller dies of multiple circular-arc radiuses and technological requirements of the forming square dies of multiple circular-arc radiuses are reached by a numerical control system according to the general requirements of workpieces and a gap is automatically adjusted to a reasonable gap at the same time are achieved under the condition of not changing the forming rollers and the square die. Likewise, the functions of automatic tool changing and locking, and the like of a shearing station are realized by the numerical control system according to the conventional requirements of the workpieces.
Description
Technical field
The present invention relates to the angle former, specifically a kind of numerical control angle molding machine.
Background technology
Angle of the prior art molding machine; The technology of comparative maturity on Numeric Control Technology; On frame for movement or be varied on the function, but basic molding procedure must have with the operation of shearing overlap, and present processing machine function is perfect inadequately; Can not be all realize all functions automatically, perhaps shortcoming to some extent all aspect other security or precision or the like.Such as lifting some more common defectives, we know the angle moulding modal be exactly the right angle, but be certain to have certain radian; The radius that places radian is according to the workpiece of the most often processing at present; R4, R10, R15 etc. are generally arranged, so during different workpiece, need frequent manual work change the shaping roller in the different shaped devices in processing with regard to present processing machine; So operation is very inconvenient, production efficiency is low; Molding procedure cutting operation in processing machine in the past in order to make moulding and the better quality of shearing burr, needs artificial binder for another example, and one side is dangerous, and one side production efficiency does not catch up with, and quality can not guarantee defective; In security, traditional processing machine does not have the facility of protective window and so at all in the moulding work area, make potential safety hazard very big.Because the present invention has adopted a roller that position, a plurality of angle is set; So just need not frequently change roller, as long as swing roller changes position, an angle, just everything is just fine but can not only only change roller; The multi-sites model that Fang Mo that matches with it and shear knife all will be set to be complementary with it; How that is drawn simultaneously changes multidigit Fang Mo, how to change multidigit cutter or the like and all belongs to innovation first, fills up the present technique blank.
Summary of the invention
The objective of the invention is defective, a kind of numerical control angle molding machine is provided to the prior art existence.Be implemented under the situation that does not change type roller and square mould into and require to realize that according to the workpiece routine moulding side's mold technique that rolls mould and multiple arc radius of the multiple arc radius of conversion requires the while gap to adjust to rational gap immediately automatically automatically by digital control system.Conventional requirement realizes functions such as automatic tool changer and locking according to workpiece by digital control system in like manner to shear station.
The technical solution adopted for the present invention to solve the technical problems is: a kind of numerical control angle molding machine, and its structure comprises shaped device and the shear that is arranged on the frame; Said shaped device all is connected and is controlled by intelligent controller with shear; Said shaped device is made up of with the multidigit Fang Mo that is arranged on the die holder the multidigit shaping roller on the roller mount and through roller shaft rotation that is arranged on that is combined together; The top of corresponding multidigit Fang Mo is provided with the moulding cylinder; Said multidigit shaping roller is connected with the roller transposer that can make position, the different angle of this roller conversion, and said multidigit Fang Mo is connected with the modular angle conversion equipment that can make this side's mould change modular angle automatically; Said shear is made up of mutual correspondence multidigit cutter and down cut cutter together, the control that the multidigit cutter is connected on the multiposition cylinder and receives, and the down cut cutter is arranged on the down cut tool rest and is connected to be sheared on the oil cylinder and the control that receives.
Said shaped device connects shear through guide plate and guide rail; The forming angle of said multidigit shaping roller, multidigit Fang Mo and multidigit cutter all is provided with two kinds and corresponding separately identical angle unanimity at least.
Be provided with interconnective connecting plate around the said shaped device, in the connecting plate arranged outside protection safety window arranged, this protection safety window is connected to the switching cylinder; The multidigit shaping roller left and right sides of said shaped device is provided with the slide block that is enclosed within on the guide pillar, and the roller mount of multidigit shaping roller is connected on the slide block through bearing.
Said roller transposer comprises roller servomotor, chain, sprocket wheel, and said roller servomotor is connected to through axle head sprocket wheel and chain on the sprocket wheel on the roller shaft of multidigit shaping roller, and drives this roller rotation transposition.
Said modular angle conversion equipment comprise multidigit side's mould lift cylinder and be connected on this cylinder elevating lever, mode transfer cylinder and be connected ratchet mechanism or the unilateral bearing on this cylinder, said elevating lever links together with ratchet mechanism or unilateral bearing simultaneously.
Said shaped device also includes adjusting device; This adjusting device comprises shaping mould gap adjustment servomotor, places the adjustment piece of adjacent two faces that are positioned at multidigit Fang Mo on the die holder, is positioned at the adjustment leading screw in adjustment piece and die holder dead ahead and is enclosed within the voussoir on the adjustment leading screw; This voussoir is adjusted the gap between multidigit Fang Mo and the multidigit shaping roller through the adjustment leading screw to the die holder and the adjustment piece that link together; Said adjustment leading screw two ends place regulating wheel; The centre is with the screw mandrel wheel, and said screw mandrel wheel is connected on the shaping mould gap adjustment servomotor and the driving that receives through synchronous cog belt; Also be provided with the guide block adjacent on the said die holder, be connected on the guide block drawing an extension spring on the die holder with multidigit side's mould; Also be provided with stage clip on the said die holder.
Said shaped device also includes the moulding locking device, said moulding locking device be about two covers be arranged at roller mount two outsides respectively, set lever and lock dog that structure comprises the locking screw mandrel and is connected locking screw mandrel two ends; Said set lever drives locking screw mandrel displacement lock dog.
Said shaped device also includes the moulding material pressing device, and this moulding material pressing device comprises moulding binder oil cylinder and the binder block that is connected this oil cylinder front end, and the position of said moulding binder oil cylinder and binder block is on the connecting plate of multidigit Fang Mo top.
Said shear also includes the shearing locking device, and said shearing locking device is arranged between multidigit cutter and the down cut cutter, and structure comprises shearing locking cylinder, nut fork and the locking pliers that is connected in turn.
Said shear also includes the shearing material pressing device, and this shearing material pressing device comprises the binder pincers of shearing the binder cylinder and being connected this cylinder front end, and said shearing material pressing device also is arranged between multidigit cutter and the down cut cutter.
A kind of numerical control of the present invention angle molding machine is compared with prior art, has following beneficial effect:
The present invention one takes turns R angle, most footpath roller, claims the multistation shaping roller.The single-piece roller possesses two or more moulding R angles, and requires conversion automatically according to workpiece by numerical control servo motor or stepper motor flexibly through chain or synchronous cog belt driving rolls, can realize stepless active roll forming simultaneously.When realizing the moulding of multistation profile roll is active rotation and rotating speed adjustable.
Moulding Fang Mo is driven by two cylinders or oil cylinder and realizes that thereby the conversion modular angle realizes different requirement expeditiously automatically.Principle is rises of taking blame for others down, and one of ratchet horizontal cylinder action makes back and forth to take blame for others under one 90 degree back of Fang Mo rotation and fall and strain that Fang Mo changes the angle completion at this moment.
Be implemented under the situation that does not change type roller and square mould into and require to realize that according to the workpiece routine moulding side's mold technique that rolls mould and multiple arc radius of the multiple arc radius of conversion requires the while gap to adjust to rational gap immediately automatically automatically by digital control system.
Conventional requirement realizes functions such as automatic tool changer and locking according to workpiece by digital control system to shear station.Cooperate multidigit shaping roller and multidigit Fang Mo, in shear, also be provided with supporting with it multidigit cutter, this multidigit cutter can wait through multiposition cylinder and realize automatic tool changer, makes that the processing different workpiece need not frequent artificial tool changing.
Have the multiplex (MUX) and go on foot programing function, can realize that multistep moves automatically, accomplish the multiplex (MUX) and go on foot the processing of part by one-step property; Internal memory can be remembered multiprogram, each program 25 work steps able to programme, outage memory; Scene protection is carried out in parameter, program, position; Laser is set to line or place reflective mirror, camera probe,, improves end product quality not just not prevent blowing.
Be equipped with and shear overlap binder auxiliary body, make shearing convenient, shearing quality is good, raises the efficiency.
Description of drawings
Fig. 1 is the structural front view of numerical control of the present invention angle molding machine;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the vertical view of Fig. 1;
Fig. 4 is the A-A profile of Fig. 2;
Fig. 5 is the B-B profile of Fig. 3;
Fig. 6 is the front view of the multidigit shaping roller of numerical control of the present invention angle molding machine;
Fig. 7 is the side sectional view of Fig. 6;
Fig. 8 is the C-C profile of Fig. 7.
Among the figure: part 1 frame; Part 2 upper junction plates; Part 3 slide blocks; Part 4 roller shafts; Part 5 multidigit shaping rollers; Part 6 sprocket wheels; Part 7 cylinders; Part 8 guide plates; Part 9 guide rails; Part 10 roller servomotors; Part 11 sprocket wheels; Part 12 chains; Part 13 back connecting plates; Part 14 roller mount; Part 15 guide blocks; Part 16 stage clips; Part 17 extension springs; Part 18 multidigit Fang Mo; Part 19 adjustment pieces; Part 20 adjustment leading screws; Part 21 binders pincers; Part 22 is sheared oil cylinder; Part 23 binder jaws; Part 24 multidigit cuttves; Part 25 locking pliers; Part 26 multiposition cylinders; Part 27 regulating wheels; Part 28 die holders; Part 29 ratchet mechanisms or unilateral bearing; Part 30 mode transfer cylinders; Part 31 supports; Part 32 multidigit side's mould lift cylinders; Part 33 guide pillars; Part 34 elevating levers; Part 35 locking screw mandrels; Part 36 set levers; Part 37 lock dogs; Part 38 moulding cylinders; Part 39 moulding binder oil cylinders; Part 40 binders are fast; Part 41 protection safety windows; Part 42 screw mandrels wheel; Part 43 synchronous cog belts; Part 44 adjusting nuts; Part 45 nut forks; Part 46 shaping mould gaps adjustment servomotor; Part 47 down cut cuttves; Part 48 down cut tool rests; Part 49 is sheared the binder cylinder; Part 50 is sheared locking cylinder; Part 51 voussoirs.
The specific embodiment
Next explanation at length below with reference to Figure of description a kind of numerical control of the present invention angle molding machine being done.
A kind of numerical control angle molding machine, its structure comprises shaped device and the shear that is arranged on the frame 1; Said shaped device all is connected and is controlled by intelligent controller with shear; Said shaped device is made up of with the multidigit side's mould 18 that is arranged on the die holder 28 the multidigit shaping roller 5 on the roller mount 14 and through roller shaft 4 rotation that is arranged on that is combined together; The top of corresponding multidigit Fang Mo is provided with moulding cylinder 38; Said multidigit shaping roller is connected with the roller transposer that can make position, the different angle of this roller conversion, and said multidigit Fang Mo is connected with the modular angle conversion equipment that can make this side's mould change modular angle automatically; Said shear is made up of mutual correspondence multidigit cutter 24 and down cut cutter 47 together, and the multidigit cutter is connected on the multiposition cylinder 26 and the control that receives, and the down cut cutter is arranged on the down cut tool rest 48 and is connected to be sheared on the oil cylinder 22 and the control that receives.Said shaped device connects shear through guide plate 8 and guide rail 9; The forming angle of said multidigit shaping roller, multidigit Fang Mo and multidigit cutter all is provided with two kinds and corresponding separately identical angle unanimity at least.According to drawing, particularly Fig. 6, Fig. 7, shown in Figure 8, the roller of present embodiment has adopted position, three angles, and R1 is 4mm, and R2 is 10mm, and R3 is 15mm.Require conversion automatically according to workpiece by numerical control servo motor or stepper motor flexibly through chain or synchronous cog belt driving rolls, can realize stepless active roll forming simultaneously.When realizing the moulding of multistation profile roll is active rotation and rotating speed adjustable.
Be provided with interconnective connecting plate around the said shaped device, according to upper junction plate shown in the drawing 2, back connecting plate 13, in the connecting plate arranged outside protection safety window 41 arranged, this protection safety window is connected to and opens and closes cylinder 7; Therefore make security improve greatly.The multidigit shaping roller left and right sides of said shaped device is provided with the slide block 3 that is enclosed within on the guide pillar 33, and the roller mount of multidigit shaping roller is connected on the slide block through bearing.
Said roller transposer comprises roller servomotor 10, chain, sprocket wheel, and said roller servomotor 10 is connected to through axle head sprocket wheel 11 and chain 12 on the sprocket wheel 6 on the roller shaft of multidigit shaping roller, and drives this roller rotation transposition.Said modular angle conversion equipment comprise multidigit side's mould lift cylinder 32 and be connected on this cylinder elevating lever 34, mode transfer cylinder 30 and be connected ratchet mechanism or the unilateral bearing 29 on this cylinder; In the present embodiment; As shown in the figure; Adopted ratchet mechanism, said elevating lever links together with ratchet mechanism or unilateral bearing simultaneously.Said shaped device also includes adjusting device; This adjusting device comprises shaping mould gap adjustment servomotor 46, places the adjustment piece 19 of adjacent two faces that are positioned at multidigit side's mould 18 on the die holder 28, is positioned at the adjustment leading screw 20 in adjustment piece and die holder dead ahead and is enclosed within the voussoir 51 on the adjustment leading screw; This voussoir is adjusted the gap between multidigit Fang Mo and the multidigit shaping roller through the adjustment leading screw to the die holder and the adjustment piece that link together; Said adjustment leading screw two ends place regulating wheel 27; The centre is with screw mandrel wheel 42, and said screw mandrel wheel is connected on the shaping mould gap adjustment servomotor and the driving that receives through synchronous cog belt 43; Also be provided with the guide block 15 adjacent on the said die holder, be connected on the guide block drawing an extension spring 17 on the die holder with multidigit side's mould; Also be provided with stage clip 16 on the said die holder.Moulding Fang Mo is driven by two cylinders or oil cylinder and realizes that thereby the conversion modular angle realizes different requirement expeditiously automatically.Principle is rises of taking blame for others down, and one of ratchet horizontal cylinder action makes back and forth to take blame for others under one 90 degree back of Fang Mo rotation and fall and strain that Fang Mo changes the angle completion at this moment.Be implemented under the situation that does not change type roller and square mould into and require to realize that according to the workpiece routine moulding side's mold technique that rolls mould and multiple arc radius of the multiple arc radius of conversion requires the while gap to adjust to rational gap immediately automatically automatically by digital control system.
Said shaped device also includes the moulding locking device, said moulding locking device be about two covers be arranged at roller mount two outsides respectively, set lever 36 and lock dog 37 that structure comprises locking screw mandrel 35 and is connected locking screw mandrel two ends; Said set lever drives locking screw mandrel displacement lock dog.Said shaped device also includes the moulding material pressing device, and this moulding material pressing device comprises moulding binder oil cylinder 39 and the binder block 40 that is connected this oil cylinder front end, and the position of said moulding binder oil cylinder and binder block is on the connecting plate of multidigit Fang Mo top.Said shear also includes the shearing locking device, and said shearing locking device is arranged between multidigit cutter and the down cut cutter, and structure comprises shearing locking cylinder 50, nut fork 45 and the locking pliers 25 that is connected in turn.Said shear also includes the shearing material pressing device, and this shearing material pressing device comprises the binder pincers 21 of shearing binder cylinder 49 and being connected this cylinder front end, and said shearing material pressing device also is arranged between multidigit cutter and the down cut cutter.Conventional requirement realizes functions such as automatic tool changer and locking according to workpiece by digital control system to shear station.Cooperate multidigit shaping roller and multidigit Fang Mo, in shear, also be provided with supporting with it multidigit cutter, this multidigit cutter can wait through multiposition cylinder and realize automatic tool changer, makes that the processing different workpiece need not frequent artificial tool changing.Have the multiplex (MUX) and go on foot programing function, can realize that multistep moves automatically, accomplish the multiplex (MUX) and go on foot the processing of part by one-step property; Internal memory can be remembered multiprogram, each program 25 work steps able to programme, outage memory; Scene protection is carried out in parameter, program, position; Laser is set to line or place reflective mirror, camera probe,, improves end product quality not just not prevent blowing.Be equipped with and shear overlap binder auxiliary body, make shearing convenient, shearing quality is good, raises the efficiency.
The shaping station operating principle:
Forming station transposition action: servo motor drive member 10 member 11 roller chain, the chain member 12, member 6 sprocket, chain wheel drive member 4 member 5 A number of forming rollers to automatically transferred to a conversion, and member 18 die by the number of square pieces of more than 32 square mold lifting cylinder 34 through the lifter rises, pulling pieces 30 pieces 29 cylinder transfer mode or one-way ratchet mechanism bearing wobble a bit when the mold pieces 18 pieces 32 by the number of square mold Many side mold member 34 through the lift cylinder lift rod falling pieces 30 pieces 29 cylinder to promote transfer mode or one-way ratchet mechanism bearing empty swing an analog position pending the next transposition action, followed by molding gap adjustment member 46 is driven by servo motor 43 is timing belt, 42 screw wheel, and Xie block adjustment member 51 pieces 28 pieces 18 die holder and many many square mold and molded parts 5 wheel gap, thus a transposition is completed.
Shaping station processing action: when part 7 cylinder intakes boost part 41 protection safety windows; Workpiece is put into Fang Mo go up while part 15 guide blocks the part correcting; Part 41 protection safety windows come downwards to workpiece, and part 39 moulding binder oil cylinders are descending and with Work-sheet pressing, and part 38 moulding cylinders promote to be about under the shaping roller that return to top dead-centre ends behind the Workpiece shaping; When part 41 protection safety windows boosted to top dead-centre by part 7 cylinder intakes again, molded the finishing of workpiece changed next station shearing overlap over to.
Shear the station operating principle:
Shear station transposition action: part 50 locking cylinder drawing articles 45 nut forks are swung an angle consequent 25 locking pliers and are unclamped; Part 26 multiposition cylinder impellers 24 multidigit cuttves put in place to another; Part 50 locking cylinder impellers 45 nut forks are swung an angle consequent 25 locking pliers the locking of part 24 multidigit cuttves are ended, and shear station transposition action for one and accomplish.
Shear the station processing action: part 49 is sheared the binder cylinder and is raised up to after top dead center earlier; The part that workpiece is placed on the part 47 down cut cuttves simultaneously the part moulding leans against on the corresponding edge of a knife of part 24 multidigit cuttves closely; Part 49 shearing binder cylinders came downwards to through part 21 binders pincers drivening piece 23 binder jaws and added clamping of workpieces this moment; Part 22 shears oil cylinder drivening piece 48 down cut tool rests and part 47 down cut cutter left lateral are trimmed to left end; Overlap was sheared and was finished this moment, and part 22 is sheared oil cylinder backhaul immediately, part 49 shearing binder cylinders go upward to through part 21 binders pincers drivening piece 23 binder jaws and are totally released workpiece, so far shears the station action and accomplishes a circulation.
The above embodiment is a kind of of the more preferably concrete embodiment of the present invention, and common variation that those skilled in the art carries out in technical scheme scope of the present invention and replacement all should be included in protection scope of the present invention.
Claims (10)
1. numerical control angle molding machine, its structure comprises shaped device and the shear that is arranged on the frame; It is characterized in that: said shaped device all is connected and is controlled by intelligent controller with shear; Said shaped device is made up of with the multidigit Fang Mo that is arranged on the die holder the multidigit shaping roller on the roller mount and through roller shaft rotation that is arranged on that is combined together; The top of corresponding multidigit Fang Mo is provided with the moulding cylinder; Said multidigit shaping roller is connected with the roller transposer that can make position, the different angle of this roller conversion, and said multidigit Fang Mo is connected with the modular angle conversion equipment that can make this side's mould change modular angle automatically; Said shear is made up of mutual correspondence multidigit cutter and down cut cutter together, the control that the multidigit cutter is connected on the multiposition cylinder and receives, and the down cut cutter is arranged on the down cut tool rest and is connected to be sheared on the oil cylinder and the control that receives.
2. a kind of numerical control according to claim 1 angle molding machine is characterized in that: the forming angle of said multidigit shaping roller, multidigit Fang Mo and multidigit cutter all is provided with two kinds and corresponding separately identical angle unanimity at least.
3. a kind of numerical control according to claim 1 angle molding machine is characterized in that: be provided with interconnective connecting plate around the said shaped device, in the connecting plate arranged outside protection safety window arranged, this protection safety window is connected to the switching cylinder; The multidigit shaping roller left and right sides of said shaped device is provided with the slide block that is enclosed within on the guide pillar, and the roller mount of multidigit shaping roller is connected on the slide block through bearing.
4. a kind of numerical control according to claim 1 angle molding machine; It is characterized in that: said roller transposer comprises roller servomotor, chain, sprocket wheel; Said roller servomotor is connected to through axle head sprocket wheel and chain on the sprocket wheel on the roller shaft of multidigit shaping roller, and drives this roller rotation transposition.
5. a kind of numerical control according to claim 1 angle molding machine; It is characterized in that: said modular angle conversion equipment comprise multidigit side's mould lift cylinder and be connected on this cylinder elevating lever, mode transfer cylinder and be connected ratchet mechanism or the unilateral bearing on this cylinder, said elevating lever links together with ratchet mechanism or unilateral bearing simultaneously.
6. a kind of numerical control according to claim 1 angle molding machine; It is characterized in that: said shaped device also includes adjusting device; This adjusting device comprises shaping mould gap adjustment servomotor, places the adjustment piece of adjacent two faces that are positioned at multidigit Fang Mo on the die holder, is positioned at the adjustment leading screw in adjustment piece and die holder dead ahead and is enclosed within the voussoir on the adjustment leading screw; This voussoir is adjusted the gap between multidigit Fang Mo and the multidigit shaping roller through the adjustment leading screw to the die holder and the adjustment piece that link together; Said adjustment leading screw two ends place regulating wheel; The centre is with the screw mandrel wheel, and said screw mandrel wheel is connected on the shaping mould gap adjustment servomotor and the driving that receives through synchronous cog belt; Also be provided with the guide block adjacent on the said die holder, be connected on the guide block drawing an extension spring on the die holder with multidigit side's mould; Also be provided with stage clip on the said die holder.
7. a kind of numerical control according to claim 1 angle molding machine; It is characterized in that: said shaped device also includes the moulding locking device; Said moulding locking device be about two covers be arranged at roller mount two outsides respectively, set lever and lock dog that structure comprises the locking screw mandrel and is connected locking screw mandrel two ends; Said set lever drives locking screw mandrel displacement lock dog.
8. a kind of numerical control according to claim 1 angle molding machine; It is characterized in that: said shaped device also includes the moulding material pressing device; This moulding material pressing device comprises moulding binder oil cylinder and the binder block that is connected this oil cylinder front end, and the position of said moulding binder oil cylinder and binder block is on the connecting plate of multidigit Fang Mo top.
9. a kind of numerical control according to claim 1 angle molding machine; It is characterized in that: said shear also includes the shearing locking device; Said shearing locking device is arranged between multidigit cutter and the down cut cutter, and structure comprises shearing locking cylinder, nut fork and the locking pliers that is connected in turn.
10. a kind of numerical control according to claim 1 angle molding machine; It is characterized in that: said shear also includes the shearing material pressing device; This shearing material pressing device comprises the binder pincers of shearing the binder cylinder and being connected this cylinder front end, and said shearing material pressing device also is arranged between multidigit cutter and the down cut cutter.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110240661 CN102328209B (en) | 2011-08-22 | 2011-08-22 | Numerical-control angle forming and processing machine |
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| CN 201110240661 CN102328209B (en) | 2011-08-22 | 2011-08-22 | Numerical-control angle forming and processing machine |
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| CN102328209A true CN102328209A (en) | 2012-01-25 |
| CN102328209B CN102328209B (en) | 2013-03-20 |
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| CN 201110240661 Expired - Fee Related CN102328209B (en) | 2011-08-22 | 2011-08-22 | Numerical-control angle forming and processing machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104550381A (en) * | 2015-02-09 | 2015-04-29 | 烟台瑞斯克数控机械有限公司 | Forming assisting device of sheet drawing forming machine |
| CN110202384A (en) * | 2019-06-28 | 2019-09-06 | 烟台瑞斯克数控机械有限公司 | The double shaping integrated numerical control machines in angle of the adjustable unilateral rolling of sheet metal |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105563130A (en) * | 2016-02-02 | 2016-05-11 | 烟台瑞斯克数控机械有限公司 | Large-scale sheet metal mechanical servo numerical control double-angle molding processing machine |
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| US5943899A (en) * | 1997-01-07 | 1999-08-31 | Sam Joo Aluminium Co., Ltd. | Method of processing corners of metal panel |
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| CN102328209B (en) | 2013-03-20 |
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