CN202224535U - Multiplex die exchange type indexing station and numerical control turret punch die system - Google Patents
Multiplex die exchange type indexing station and numerical control turret punch die system Download PDFInfo
- Publication number
- CN202224535U CN202224535U CN 201120306351 CN201120306351U CN202224535U CN 202224535 U CN202224535 U CN 202224535U CN 201120306351 CN201120306351 CN 201120306351 CN 201120306351 U CN201120306351 U CN 201120306351U CN 202224535 U CN202224535 U CN 202224535U
- Authority
- CN
- China
- Prior art keywords
- mould
- wheel shaft
- pin
- turbine wheel
- head
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Turbine Rotor Nozzle Sealing (AREA)
Abstract
A multiplex die exchange type indexing station and numerical control turret punch die system comprises a multiplex die exchange type indexing station; the multiplex die exchange type indexing station comprises a rotating disc provided with at least one indexing die position and further comprises a turbine shaft arranged above the working position of the rotating disc, mounted in a worm and worm gear die rotating device box body and connected with a turbine; a striking rod passes through the hollow turbine shaft; two symmetrical bosses are arranged at the bottom of the turbine shaft; rotary upper die bases or multi-sub-die die bases are arranged in the indexing die positions; grooves in exact fit with the bosses are arranged at the tops of the peripheries of the rotary upper die bases or the multi-sub-die die bases, wherein a positioning mechanism is arranged at the bottom of the groove on one side; a slide seat corresponding to each indexing die position is fixedly arranged on the rotating disc; and the positioning mechanism and the slide seat cooperate to limit the rotational degree of freedom between the rotary upper die bases or the multi-sub-die die bases and the rotating disc.
Description
Technical field
This programme relates to a kind of NC turret punch machine, relates in particular to a kind of multiple mould exchange type calibration station and NC turret punch machine mold system.
Background technology
NC turret punch machine is the key equipment of metallic plate punching processing, for improving device efficiency, increases station quantity, striking machine bed process performance, and multi-tool, mold rotation position, double mould structure rotating disk are all fully used.But the application of function mould makes the corresponding controlling organization of NC turret punch machine also become increasingly complex, and has the problem of interchangeability difference.
Existing standard A, the double mould of the B station position of disposing has the mold system of the calibration mould position that can supply to install simultaneously multi-tool mould, standard D station special-shaped mould to realize through following measure.
Referring to Figure 10, Figure 11, fixed head 49 is fixedly mounted on the lathe bed, and guide pin bushing 48 connects with fixed head.Hit bar 47 and form sliding pair with guide pin bushing 48.Hit bar 47 and be connected, under dynamical system drives, can in guide pin bushing 48, pump with the equipment dynamic system.Attacking head mobile device 46 is fixed on the lathe bed fixed head 49.Shown in figure 12, attacking head 51 is installed in the slide block 68 in the attacking head mobile device 46, attacking head move cylinder 50 promote under attacking head 51 can between the two positions of front and back, change.Attacking head 51 former and later two positions efflux inside and outside two positions of mould position respectively in the correspondence.Attacking head 51 antepositions corresponding revolution station and other position, master die position.
Referring to Figure 11; Top rotary table 52 is provided with several double mould positions along top rotary table 52 radially-arranged standard A, B station; And 2 both can have been installed the multi-tool mould that appearance and size is equal to D station mould, revolution station that again can installation code D station special-shaped mould and some standard C, D, E station.Appearance and size is equal to the multi-tool mould and the special-shaped D station mould of standard D station mould and realizes the selection of submodule and the calibration of special-shaped mould through the turbine and worm mould slewing equipment 53 that is installed on the rotating disk respectively.
The mould slewing equipment 53 that turbine and worm mechanism drives is fixed on the top rotary table 52 (to be had two cover drive units to be contained in respectively on the upper and lower rotating disk and turns round synchronously to drive upper and lower mould, for the purpose of simple, the mould device for revolving and driving on top rotary table 52 and the top rotary table only is shown); The mould slewing equipment comprises input worm screw A55; Each one of input worm screw B60,57 two of driven worm screws, 54 4 of the casings of 4 worm screws of installation; 59 two of power transmission shafts; 58 4 on the shaft coupling of connection worm screw and power transmission shaft, and turbine A56, each one of turbine B61.The mould revolution of subsidiary arrangement of clutch drives the actuating unit (not shown) and is installed in diagram lathe bed top rotary table rear position; Said actuating unit is through clutch and input worm screw A or input worm screw B engagement, and the mechanical driving device transmission of forming through two turbines and driven worm screw, shaft coupling, power transmission shaft again can drive two turbines rotations synchronously.Turbine A, turbine B are hollow, and the turbine internal diameter is consistent with standard D station mould.The multi-tool 43 that installation dimension is equal to standard D station mould is installed in the said mesopore of turbine with standard D station special-shaped mould.Also be provided with on each turbine and supply punching finish mould reset quadruplet back-moving spring 40, the gripper shoe that resets 41 and the screw 42 of usefulness.
Attacking head mobile device 46 is fixed on the lathe bed, and the mould position on the attacking head 51 below rotating disks is work mould position, and is shown in figure 11, and the mould position on the turbine 61 is work mould position.Clutch and 55 engagements of input worm screw, 55 conducts of input worm screw are worm screw initiatively, the rotation of mould rotary motive power mechanism, through the mechanical device transmission, the mould that is installed on the turbine 61 can rotate by a stable drive ratio thereupon.Though no longer on the operating position, the mould on this mould position also rotates with turbine 56 the mould position on the turbine 56 synchronously.Equally, when turbine 56 goes to the operating position with rotating disk, clutch and 60 engagements of input worm screw, but input worm screw 60 is as also two turbines of driven in synchronism of worm screws initiatively.
Can know that through above narration the mold rotation position of this system must be provided with in twos, and two mold rotation positions must be about the rotating disk symmetry, promptly the two line must pass through center of turntable.
Shown in figure 12, feather key 63 is housed on the turbine 61, the width of feather key is a standard value, and is consistent with standard D station mould width of keyway.Multi-tool mold 69 appearance and sizes are consistent with standard D station mold.And the keyway that cooperates with feather key 63 on 69 on the multi-tool mold is about the installing hole symmetry of the submodule 62 of installing in the diagram mold.The multi-tool tool can be packed into along feather key 63 and is arranged on the calibration mould position on the turbine.
Be provided with a multi-tool die shank 64 that hits the position biasing in the multi-tool, the biasing of multi-tool die shank 64 is hit the position and is faced the submodule position that diagram submodule 62 is installed.Multi-tool mold 69 is provided with several elastic ball headpin plugs 70, and corresponding elastic ball headpin plug position is provided with hemispherical groove on multi-tool die shank 64.The steel ball of elastic ball headpin plug is embedded in the said hemispherical groove of mold, can limit the revolution free degree of die shank and mold during free state.But under certain external force effect, can overcome the elasticity of elastic ball headpin plug, said steel ball can skid off in hemispherical groove, realizes the relative gyration of multi-tool mold and die shank.Mold is provided with shoulder, and said shoulder is stuck on the gripper shoe 41 that resets.The die shank top also is provided with disk body 65, and the two connects through securing member, also is provided with U type groove on the disk body 65.
Below removable attacking head device, be provided with alignment pin cylinder 45, cylinder piston rod is provided with alignment pin 44, and the U type well width on the said disk body is consistent with alignment pin 44 diameters.When the multi-tool tool is packed into when being arranged on the mold rotation position on the turbine along feather key 63, the said U type groove on alignment pin 44 and the disk body is consistency from top to bottom just in time.
The selection punching press of multi-tool is to realize like this; Referring to Figure 12; When the calibration station that multi-tool is housed rotated to the work mould position of hitting the bar below, when hitting bar 47 and press down, the position is hit in the biasing of this multi-tool die shank 64 can only depress the submodule 62 that is positioned under it.
Select other submodule position mould punching press like hope, need through following operation, 45 actions of alignment pin cylinder, piston rod stretches out, the U type groove that alignment pin 44 inserts on the disk bodies 65, disk body 65 and multi-tool die shank 64 promptly with the lathe bed relative fixed.Mould slewing equipment rotation respective angles; Through turbine and worm mechanism and mechanical driving device transmission; Turbine 61 is by setting speed reducing ratio revolution respective angles, drives multi-tool molds 69 and the submodule that is installed in the mold is turned round respective angles synchronously through feather key 63, and mold and inner submodule tool promptly produce relative angular displacements with multi-tool molding handle 64; In the time of under the position is hit in the biasing that selected submodule goes to multi-tool die shank 64; The stop motion of mould slewing equipment is hit bar and is pressed down, and accomplishes punching.In the punch process full stroke, the U type groove on the disk body 65 keeps engagement with alignment pin 44 all the time.
When in the calibration mould position by dress be standard D station special-shaped mould the time, only need turbine and worm mould slewing equipment rotation specified angle, hit bar 47 and can drive the calibration punching press that attacking head 51 is realized special-shaped moulds.
In efflux mould punching press then need by the attacking head mobile device.Referring to Figure 13, slide block 68 drives down at cylinder 50, can before and after slide, attacking head 51 is contained in the slide block 68, former and later two positions of slide block, the attacking head below is corresponding effluxes the strike handle that patrix 67 and interior row's patrix 66 of mould position in being exactly respectively.Efflux the mould position on the rotating disk when going to attacking head below work mould position, control cylinder 50 piston rods are flexible to efflux the selection of mould in can realizing, hits bar and presses down, and can accomplish the punching press of corresponding mould.
There is following problem in above-mentioned NC turret punch machine mold system:
1. the multi-tool mould can only be used special patrix customized;
2. mould slewing equipment complex structure, cost is higher; It is bigger to take up room, and other mould bit quantity certainly will reduce;
3. a mold slewing equipment can only be controlled 2 mold rotation positions, and 2 revolution stations can only be at rotating disk through being symmetrically distributed on the axis of center of turntable in twos; Receive structural limitations, at most also can only establish 4 calibration mold rotation positions;
4. can not realize the calibration punching press of multi-tool tool;
Slewing equipment is installed on the rotating disk, has increased rotating part parts weight, and power consumption is big.
Summary of the invention
This programme has proposed a kind of multiple mould exchange type calibration station and NC turret punch machine mold system to deficiency of the prior art.
This programme is realized through following technical measures: a kind of multiple mould exchange type calibration station; It comprises the rotating disk that has at least one calibration mould position; Comprise that also being arranged at top, disk operation position is installed in the turbine wheel shaft that connects with turbine in the turbine and worm mould slewing equipment casing; It is characterized in that turbine wheel shaft is a hollow, the strike bar of dynamical system passes the mesopore of turbine wheel shaft; And be provided with two boss of symmetry in the turbine wheel shaft bottom; Revolution upper bolster or multi-tool die holder are set in calibration mould position; Groove in revolution upper bolster or setting of multi-tool die holder periphery top and boss precision-fit is provided with detent mechanism at the bottom of the groove of a side therein; On rotating disk, be set with and each corresponding slide in calibration mould position; The revolution free degree between said location structure and slide engagement limits revolution upper bolster or multi-tool die holder and the rotating disk.Multiple mould exchange type calibration station in this programme is multiple mould exchange type indexing means.
The concrete characteristics of this programme also have, and efflux mould position and master die position on said rotating disk, also being provided with.
Said detent mechanism is included in the pin-and-hole that a side bottom portion of groove has, and spring and traveller are housed in pin-and-hole, and alignment pin is housed on the traveller, and slide is provided with the groove with the alignment pin precision-fit; Corresponding alignment pin position has the vertical elongated slot that pin is play the guiding role of sealing on revolution upper bolster and multi-tool die holder, plays restriction alignment pin extreme higher position simultaneously and acts on; In groove, be provided with slide block, slide block is installed in the traveller top.
The mould that is provided with above the disk operation position is selected decompressor; It comprises the guide pin bushing that is fixed on the lathe bed fixed head; Be arranged in the guide pin bushing and sliding with it strike bar of joining, and the attacking head that links to each other with the strike bar, said attacking head comprises shank and the head of setovering with respect to shank; Also be provided with shoulder at the attacking head shank; Below the strike bar, be provided with the pallet of counterbore, the shoulder of said attacking head is embedded in the said counterbore, and the attacking head shank is formed rotary pair with the hole precision-fit that is arranged at strike bar bottom and with the strike bar; One side of attacking head head is provided with pin; Turbine wheel shaft is provided with the vertical slots with the pin precision-fit.When attacking head was moved up and down by the drive of strike bar, pin also can slide up and down in the said vertical slots of turbine wheel shaft.
The offside that is positioned at pin at the attacking head head is provided with the centering piece, and centering piece top is provided with protuberance, and the centering plate is set below guide pin bushing, and the relative lathe bed of centering plate is fixed; The protuberance position of corresponding centering piece is provided with the recess that cooperates with said protuberance on the centering plate; Have on the turbine wheel shaft of mould slewing equipment identical with multi-tool quantity, and calibration consistent with the vertical slots pin precision-fit, the said vertical slots of turbine wheel shaft top also has an annular groove that is communicated with vertical slots.
A kind of NC turret punch machine mold system; It is characterized in that it is provided with multiple mould exchange type calibration station; Multiple mould exchange type calibration station comprises the rotating disk that has at least one calibration mould position; Comprise that also being arranged at top, disk operation position is installed in the turbine wheel shaft that connects with turbine in the turbine and worm mould slewing equipment casing, hits bar and passes the turbine wheel shaft of hollow; Be provided with two boss of symmetry in the turbine wheel shaft bottom; Revolution upper bolster or multi-tool die holder are set in calibration mould position; Groove in revolution upper bolster or setting of multi-tool die holder periphery top and boss precision-fit is provided with detent mechanism at the bottom of the groove of a side therein; On rotating disk, be set with and each corresponding slide in calibration mould position; The revolution free degree between said location structure and slide engagement limits revolution upper bolster or multi-tool die holder and the rotating disk.
The concrete characteristics of this programme also have, and efflux mould position and master die position on said rotating disk, also being provided with.
Said detent mechanism is included in the pin-and-hole that a side bottom portion of groove has, and spring and traveller are housed in pin-and-hole, and alignment pin is housed on the traveller, and slide is provided with the groove with the alignment pin precision-fit; Corresponding alignment pin position has the vertical elongated slot that pin is play the guiding role of sealing on revolution upper bolster and multi-tool die holder; In groove, be provided with slide block, slide block is installed in the traveller top.
The mould that is provided with above the disk operation position is selected decompressor; It comprises the guide pin bushing that is fixed on the lathe bed fixed head; Be arranged in the guide pin bushing and sliding with it strike bar of joining, and the attacking head that links to each other with the strike bar, said attacking head comprises shank and the head of setovering with respect to shank; Also be provided with shoulder at the attacking head shank; Below the strike bar, be provided with the pallet of counterbore, the shoulder of said attacking head is embedded in the said counterbore, and the attacking head shank is formed rotary pair with the hole precision-fit that is arranged at strike bar bottom and with the strike bar; One side of attacking head head is provided with pin; Turbine wheel shaft is provided with the vertical slots with the pin precision-fit.
The offside that is positioned at pin at the attacking head head is provided with the centering piece, and centering piece top is provided with protuberance, and the centering plate is set below guide pin bushing, and the relative lathe bed of centering plate is fixed; The protuberance position of corresponding centering piece is provided with the recess that cooperates with said protuberance on the centering plate; Have on the turbine wheel shaft of mould slewing equipment identical with multi-tool quantity, and calibration consistent with the vertical slots pin precision-fit, the said vertical slots of turbine wheel shaft top also has an annular groove that is communicated with vertical slots.
Compare with existing punching machine mold system, the beneficial effect of this programme is: efflux the use of mould position, multiple exchange calibration mould position 1,, make entire system simple in structure, it is little to take up room, and can maximum validity utilize the rotating disk space, effectively increases the mould bit quantity; 2, through the revolute function of attacking head, both the multi-tool punching press can be realized, double mould punching press can be realized again; The creationary especially calibration punching press that has realized multi-tool; When enriching the punch press function, simplified the punch press controlling organization greatly; 3, multi-tool can be installed in calibration mould position, again can installation code E station mould; All right installation code D station special-shaped mould behind the installation revolution die holder can also be installed C station special-shaped mould by the Standard Module conversion sleeve, and realizes the calibration punching press; Interchangeability is extremely strong.4, calibration station quantity, the position can be according to the specific requirement setting, restricted factor is little.
Description of drawings
Below in conjunction with accompanying drawing this programme is done to describe in further detail.
Fig. 1 is multiple mould exchange type calibration station and NC turret punch machine mold system front view.Fig. 2 is that multiple mould exchange type calibration station and NC turret punch machine mold system axle are surveyed view.(with 2 calibration mould positions is example, not shown lathe bed, fixed head etc.).Profile (hit bar and be positioned at the punching press top dead-centre, turbine wheel shaft is positioned at the next) when Fig. 3 is multiple mould exchange type calibration station and NC turret punch machine mold system calibration mould position installation multi-tool.Profile (hit bar and is positioned at top dead-centre when Fig. 4 was multiple mould exchange type calibration station and NC turret punch machine mold system calibration mould position installation code abnormity D mould.) Fig. 5 is multiple mould exchange type calibration station and the double mould of NC turret punch machine mold system position profile (with double A station is example, hits bar and is positioned at the punching press top dead-centre).Fig. 6 is multiple mould exchange type calibration station and NC turret punch machine mold system mould slewing equipment part sectioned view.Fig. 7 is multiple mould exchange type calibration station and NC turret punch machine mold system die holder positioner part sectioned view (is example with the revolution die holder).Fig. 8 is multiple mould exchange type calibration station and the local axle survey of NC turret punch machine mold system die holder attacking head view (hit bar and be positioned at the punching press upper dead center position).Fig. 9 is the revolution die holder part sectioned view of multiple mould exchange type calibration station and NC turret punch machine mold system die holder installation code D station special-shaped mould.Existing double mould position, the multi-tool figure place control rotating tower punch mold system front view be with of Figure 10.Existing double mould position, the multi-tool figure place control rotating tower punch mold system vertical view be with of Figure 11.Existing double mould position, the multi-tool figure place control rotating tower punch mold system multi-tool position profile be with of Figure 12.Existing double mould position, the double mould of the multi-tool figure place control rotating tower punch mold system position profile be with of Figure 13.(except that Fig. 1, Fig. 2, not shown lower rotary table and counterdie drive unit etc. in all legends)
Among the figure: 1-top rotary table, 2-lower rotary table, 3-multi-tool (parts), 4-interior row's patrix, 5-effluxing patrix, drive unit (parts) is gone up in the revolution of 6-mould, 7-centering plate, 8-strike bar; 9-turbine wheel shaft, 10-standard D station special-shaped mould, 11-reseting sleeve, 12-screw, 13-back-moving spring, 14-revolution upper bolster, the revolution of 15-mould is drive unit down, 16-slide block; 17-slide, 18-lathe bed, 19-lathe bed fixed head, 20-multi-tool die holder, 21-multi-tool submodule, 22-attacking head, 23-pin; 24-pallet, 25-casing, 26-worm screw, 27-turbine, 28-key, 29-guide pin bushing, 30-centering piece; 31-traveller, 32-alignment pin, 33-spring, 34-fourth shape key, 35-adjusting pad, 36-cylinder, 37-holder; 38-connecting rod, 39-support roller, 40-back-moving spring, the 41-gripper shoe that resets, 42-screw, 43-multi-tool (parts), 44-alignment pin; 45-alignment pin cylinder, 46-attacking head mobile device (parts), 47-hit bar, 48-guide pin bushing, 49-fixed head, the 50-attacking head moves cylinder, the 51-attacking head; The 52-top rotary table, 53-mould slewing equipment (parts), 54-casing, 55-input worm screw A, 56-turbine A, the driven worm screw of 57-, 58-shaft coupling; The 59-power transmission shaft, 60-input worm screw B, 61-turbine B, 62-multi-tool submodule, 63-feather key, 64-multi-tool die shank, 65-disk body; Row's patrix in the 66-, 67-effluxes patrix, 68-slide block, 69-multi-tool mold, 70-elastic ball headpin plug, 71-boss, 72-groove; 73-shank, 74-head, 75-shoulder, 76-protuberance, 77-recess, 78-vertical slots, 79-annular groove.
The specific embodiment
Embodiment 1: a kind of multiple mould exchange type calibration station
As shown in Figure 2; A kind of multiple mould exchange type calibration station; It comprises the rotating disk that has at least one calibration mould position, and rotating disk comprises top rotary table 1 and lower rotary table 2, comprises that also being arranged at top, disk operation position is installed in the turbine wheel shaft 9 that connects with turbine 27 in the turbine and worm mould slewing equipment casing.
Shown in Fig. 3 and 4, with strike bar 8 that lathe bed fixed head 19 is connected outside suit turbine wheel shaft 9; And be provided with two boss 71 of symmetry in turbine wheel shaft 9 bottoms; Revolution upper bolster 14 or multi-tool die holder 20 are set in calibration mould position; At the groove 72 of revolution upper bolster 14 or setting of multi-tool die holder 20 periphery tops and boss 71 precision-fit, 72 ends of groove of a side, be provided with detent mechanism therein; On rotating disk, be set with the slide 17 corresponding with each calibration mould position; The revolution free degree between said location structure and slide 17 engagement limits revolution upper bolster 14 or multi-tool die holder 20 and the rotating disk.Efflux mould position and master die position on said rotating disk, also being provided with.Said detent mechanism is included in the pin-and-hole that a side groove 72 bottoms have, and spring 33 and traveller 31 are housed in pin-and-hole, and alignment pin 32 is housed on the traveller 31, and as shown in Figure 7, slide 17 is provided with the groove with alignment pin 32 precision-fit; Corresponding alignment pin 32 positions have the vertical elongated slot that pin 32 is play the guiding role of sealing on revolution upper bolster 14 and multi-tool die holder 20, play the 32 extreme higher positions effect of restriction alignment pin simultaneously; In groove 72, be provided with slide block 16, slide block 16 is installed in traveller 31 tops.
The mould that is provided with above the disk operation position is selected decompressor; It comprises the guide pin bushing 29 that is fixed on the lathe bed fixed head 19; Be arranged in the guide pin bushing 29 and sliding with it strike bar 8 of joining, and the attacking head 22 that links to each other with strike bar 8, said attacking head 22 comprises shank 73 and the head 74 of setovering with respect to shank 73; Shank 73 at attacking head 22 also is provided with shoulder 75; Below strike bar 8, be provided with the pallet 24 of counterbore, the shoulder 75 of said attacking head 22 is embedded in the said counterbore, and the shank 73 of attacking head 22 is formed rotary pair with the hole precision-fit that is arranged at strike bar 8 bottoms and with the strike bar; One side of the head 74 of attacking head 22 is provided with pin 23; Turbine wheel shaft 9 is provided with the vertical slots 78 with pin 23 precision-fit.When attacking head 22 was moved up and down by 8 drives of strike bar, pin 23 also can slide up and down in turbine wheel shaft 9 said vertical slots 78.
The offside that is positioned at pin at attacking head 22 heads is provided with centering piece 30, and centering piece 30 tops are provided with protuberance 76, and centering plate 7 is set below guide pin bushing 29, and centering plate 7 relative lathe beds are fixed; Protuberance 76 positions of corresponding centering piece 30 are provided with the recess 77 that cooperates with said protuberance 76 on centering plate 7; Have on the turbine wheel shaft 9 of mould slewing equipment identical with multi-tool quantity, and calibration consistent with vertical slots 78 pin 23 precision-fit, turbine wheel shaft 9 said vertical slots 78 tops also have an annular groove 79 that is communicated with vertical slots 78.
The cylinder 36 of mould slewing equipment drives turbine wheel shafts 9 when the next, and pin 23 gets in the turbine wheel shafts 9 said annular grooves 79.When this moment, turbine and worm mechanism drove turbine wheel shaft 9 revolutions, attacking head 22 was unaffected.Since the centering piece 30 on the attacking head 22 with and the relatively-stationary centering plate 7 of lathe bed still keep cooperating, attacking head 22 positions remain unchanged.Work mould position, attacking head 22 belows is when the calibration mould position of multi-tool is installed; Turbine wheel shaft 9 and 20 engagements of multi-tool die holder; Under the mould slewing equipment drives, multi-tool die holder revolution specified angle, selected submodule rotates under the attacking head 22; Dynamical system presses down, and can realize the selection punching press of multi-tool tool.When multi-tool tool submodule is specified in punching press, in the attacking head 22 descending processes, vertical slots 78 cooperations of corresponding corresponding submodule on pin 23 and the turbine wheel shaft 9.
At upper dead center position, be arranged on pin 23 and turbine wheel shaft 9 the above vertical elongated slot engagement on the attacking head 22, the centering piece 30 that is arranged on the attacking head 22 also meshes attacking head 22 relative fixed with centering plate 7; When strike bar 8 presses to the punching press top dead-centre; The centering piece 30 that is arranged on the attacking head 22 breaks away from centering plate 7; Pin 23 still with turbine wheel shaft 9 on the engagement of vertical elongated slot, mould slewing equipment Rotate 180 ° is under turbine wheel shaft 9 drives; Position revolution equal angular is hit in the biasing of attacking head 22, goes to the rear.When the operating position effluxes mould in being on the corresponding rotating disk in attacking head 22 belows this moment, efflux the selection punching press of mould in can realizing.
Hit bar 8 and press to the punching press after top dead center; Cylinder 36 drives turbine wheel shaft 9 and descends; Pin 23 still with turbine wheel shaft 9 on vertical elongated slot engagement, under this state, what no matter install in the calibration mould position, attacking head 22 below is standard special-shaped mould or multi-tool; Turbine wheel shaft 9 convex platforms 71 embed on revolution upper bolsters 14 and the multi-tool die holder 20 with said boss 71 corresponding groove 72 in; Mould slewing equipment rotation specified angle, turbine wheel shaft 9 drive die holder and attacking head 22 turns round equal angular synchronously, can realize special-shaped mould and the calibration punching press of specifying multi-tool submodule tool.
The casing 25 of mould slewing equipment is fixed on the lathe bed, and turbine 27 is arranged on the turbine wheel shaft 9, and the two connects through guiding feather key 28.Not only can be passed to turbine wheel shaft 9 to turbine and worm mechanism moment of torsion, turbine wheel shaft 9 is under a pair of cylinder on the casing that is installed in slewing equipment 25 36 drives, and turbine wheel shaft 9 also can slide up and down along key 28 in turbine 27.
Hit bar 8 and can set positions such as top dead-centre, punching press top dead-centre, bottom dead centre.The highest top dead-centre is to hit bar 8 position of rests, hits bar 8 and moves to bottom dead centre, accomplishes punching press.For reducing the waste of unnecessary stroke, when punching press continuously, hit the intermediate position of rest that bar 8 is returned to from bottom dead centre and claim the punching press top dead-centre.
When strike bar 8 is positioned at top dead-centre, vertical slots 78 engagements on pin 23 and the turbine wheel shaft 9, centering piece 30 also is in engagement with centering plate 7.Cylinder 36 drive turbine wheel shaft 9 descending with the engagement of multi-tool die holder after; Pin 23 breaks away from turbine wheel shaft 9 the above vertical slots; Get into the said annular groove 79 on the turbine wheel shaft 9; Remove constraint between turbine wheel shaft 9 and the attacking head 6, receive centering plate 7 and 30 restrictions of centering piece, attacking head 22 still keeps fixing with the relative position that hits bar 8.This moment, turbine wheel shaft 9 the above boss 71 were depressed the positioner on the multi-tool seat, removed the revolution free degree restriction between die holder and rotating disk.Turbine wheel shaft 9 can drive multi-tool tool rotation, and the submodule of appointment rotates to attacking head 22 biasings when hitting under the positions.The mould selecting arrangement can be realized the selection punching press of multi-tool tool submodule.When attacking head 22 punching presses are descending, the pin 23 with turbine wheel shaft 9 on the setting with the operating position on the corresponding vertical elongated slot of selected submodule mesh again, in whole punching stroke, play the guiding role for attacking head 22, make attacking head 22 be unlikely to deflection.
When strike bar 8 drive attacking heads 22 come downwards to the punching press top dead-centre; The centering piece 30 that is arranged on the attacking head 22 breaks away from centering plate 7; Pin 23 still cooperates with turbine wheel shaft 9 the above vertical slots 78, under this state, and mould slewing equipment Rotate 180 °; Turbine wheel shaft 9 can drive 180 ° of attacking head 22 revolutions, and the biasing of attacking head 22 is hit the position and gone to top, interior row's mould position from initially effluxing the mould top.In can realizing, mould selection decompressor effluxes the selection punching press of mould.
Hit bar 8 drive attacking heads 22 and come downwards to the punching press top dead-centre; Cylinder 36 drives turbine wheel shaft 9 to the next simultaneously; Centering piece 30 breaks away from centering plate 7; Pin 23 still cooperates with turbine wheel shaft 9 the above vertical slots 78, and turbine wheel shaft 9 the above boss 71 are depressed the multi-tool seat or the positioner of the revolution die holder of standard special-shaped mould is housed, and removes the revolution free degree restriction between die holder and rotating disk.Turbine and worm mechanism drive the mould slewing equipment can drive die holder and any specified angle of attacking head 22 revolutions at this moment simultaneously, strike bar 8 comes downwards to bottom dead centre, can realize the calibration punching press of standard special-shaped mould or selected multi-tool submodule tool.
Present embodiment and embodiment 1 something in common repeat no more, and difference is that it is a kind of NC turret punch machine mold system, and it is provided with embodiment 1 described multiple mould exchange type calibration station.
Referring to Fig. 1, Fig. 2, a kind of multiple mould exchange type calibration station and NC turret punch machine mold system comprise top rotary table 1, the lower rotary table 2 that is arranged on the lathe bed.Also comprise be provided with the disk operation position on the slewing equipment of mould up and down 6,15 of (descend) turbine and worm mechanism driving of just being connected with lathe bed; The strike bar 8 that is connected with dynamical system etc.
Referring to Fig. 3, Fig. 6, guide pin bushing 29 is arranged in the fixed head 19 on the lathe bed 18, forms sliding pairs with strike bar 8.Turbine wheel shaft 9 is arranged on the turbine 27 of mould slewing equipment, is connected with turbine through key 28 turbine wheel shafts 9; Key 28 not only can be passed to turbine wheel shaft 9 with turbine and worm mechanism moment for the guiding feather key, and under cylinder 36 drivings that are arranged on the mould slewing equipment casing 25, turbine wheel shaft 9 also can slide up and down along key 28 in turbine.Attacking head 22 with hit bar 8 and be connected with rotary pair; Attacking head 22 is provided with pin 23 and centering piece 30.Turbine wheel shaft 9 is provided with vertical slots 78 identical with multi-tool quantity and that calibration is consistent, said vertical slots 78 and pin 23 precision-fit.Turbine wheel shaft 9 is a hollow, hits bar 8 and passes the said mesopore on the turbine wheel shaft 9, and the mould position of hitting on the bar 8 below rotating disks is work mould position.Also be provided with centering plate 7 on the guide pin bushing 29, centering plate 7 also passes the mesopore on the turbine wheel shaft 9; Centering piece 30 is provided with protuberance 76, and corresponding centering piece 30 the above protuberance 76 position have recess 77 on the centering plate 7.Turbine wheel shaft 9 the above vertical slots 78 top are dodged the annular groove 79 of pin 23 in addition.When cylinder 36 drives turbine wheel shafts 9 when the next, vertical slots 78 is thrown off on pin 23 and the turbine wheel shaft 9, gets into said annular groove 79.Turbine wheel shaft 9 is in when upper, hits bar 8 and presses to the punching press top dead-centre, and centering piece 30 breaks away from the centering plate, and pin 23 still cooperates with turbine wheel shaft 9 the above vertical slots 78, the rotation of mould slewing equipment, and turbine wheel shaft 9 can drive attacking head around strike bar 8 center steerings.
Rotating disk is provided with calibration mould position (is example with 2 calibration mould positions), also be provided with some to can supply installation code A, B station mould in efflux the mould position, and several C, D, E master die position.Said calibration station can supply to install multi-tool or standard E station mould, can also installation codes abnormity D station mould through revolution upper bolster 14, but by installation code C station special-shaped mould also in the Standard Module conversion sleeve revolution die holder.
Referring to Fig. 8, pallet 24 is connected with strike bar 8 through securing member.Pallet 24 and the strike bar 8 middle adjusting pads 35 that also are provided with the adjustment height.Strike bar 8 lower ends have the hole with attacking head 22 shank precision-fit, and attacking head 22 shanks and said hole precision-fit are formed rotary pair.Attacking head 22 is provided with a shoulder 75, and pallet 24 is provided with counterbore, and said shoulder 75 is embedded in the said counterbore, the axial displacement of restriction attacking head 22.Pin 23 is equipped with in attacking head 22 the place aheads, and rear side is equipped with centering piece 30.Centering piece 30 tops are provided with protuberance 76, and centering plate 7 is fixing with lathe bed 18, corresponding centering piece 30 said protuberances 76 positions, and the centering plate is provided with the recess 77 that cooperates with said protuberance 76, and the two cooperation plays restriction attacking head 22 gyroscopic actions.Attacking head 22 base plane are the strike position of attacking head 22.Said strike position is hit bar 8 centers relatively and is setovered.
Referring to Fig. 3, be in the calibration station of operating position multi-tool mould 3 is housed.Calibration mould position die throat diameter is identical with standard E station mould cylindrical on the top rotary table 1, multi-tool die holder 20, the revolution upper bolster 14 consistent with top rotary table 1 mating part excircle dimension and standard E station patrix.The three can realize exchanging in calibration mould position.The die shank position that the submodule 21 in dead ahead in position and the multi-tool 3 is hit in the biasing of attacking head 22 overlaps up and down, hits bar 8 drive attacking heads 22 this moment and moves downward the punching that can realize submodule 21 to bottom dead centre.
Referring to Fig. 7, multi-tool die holder 20, revolution upper bolster 14 are provided with identical positioner, corresponding each calibration mould position, and rotating disk is provided with slide 17.Legend is with the explanation of revolution upper bolster.Turbine wheel shaft 9 bottoms are provided with boss 71, and the corresponding said boss of revolution upper bolster top periphery 71 positions are provided with the groove 72 with its precision-fit, have pin-and-hole in slide 17 1 side grooves 72 bottoms.Spring 33 and traveller 31 are housed in the pin-and-hole, alignment pin 32 is housed on the traveller 31, corresponding alignment pin 32 positions have the vertical elongated slot of sealing on the revolution upper bolster.Slide block 16 is equipped with on the traveller top.Slide block 16 width are consistent with turbine wheel shaft 9 the above boss 71 width, also with revolution upper bolster top the above groove precision-fit of periphery.The vertical elongated slot of the above sealing of revolution upper bolster is to 32 guiding of alignment pin and position-limiting action.Slide 17 corresponding alignment pins 32 positions have groove; Under spring 33 supports; The above seals the top snap of vertical elongated slot pin 32 and revolution upper bolster, and this moment, alignment pin 32 just in time cooperated with slide 17 the above groove, the revolution free degree between restriction revolution upper bolster and rotating disk.33 traveller 31 reset responses of spring; Be contained in alignment pin 32 on the traveller 31 when contacting with the top of the vertical elongated slot of revolution upper bolster 14 or 20 the above sealing of multi-tool die holder; This position is traveller 31 uppers, and this moment, alignment pin 32 was stuck in the slide 17 described grooves; The restriction revolution upper bolster 14 and the revolution free degree of multi-tool die holder 20 with top rotary table 1.When turbine wheel shaft 9 descends; The boss 71 of turbine wheel shaft 9 bottoms embeds on revolution upper bolsters 14 or the multi-tool die holder 20 groove with said boss precision-fit; Said boss 71 is depressed slide block 16 simultaneously; Slide block 16 makes alignment pin 32 slide into when the next along the vertical elongated slot on said revolution upper bolsters 14 or the multi-tool die holder 20 together with traveller 31 compression springs 33; Alignment pin 32 is thrown off with slide 17 the above groove, and the revolution upper bolster 14 or the multi-tool die holder 20 that are installed on the rotating disk mold rotation position are eliminated with the revolution free degree restriction of rotating disk, and revolution upper bolster 14 or multi-tool die holder 20 can freely turn round under turbine wheel shaft 9 drives.
Referring to Fig. 6, Fig. 7, both sides respectively are provided with a cylinder 36 on the casing 25 of mould slewing equipment, and cylinder piston rod upper connecting rod 38, connecting rod are provided with support roller 39.Also be provided with fixed block 37 on the casing 25 to its guide effect of connecting rod.On turbine wheel shaft 9 cylindricals, be provided with the annular groove that cooperates with support roller 39.The axial displacement of the two engagement limits turbine wheel shaft 9, and do not influence the revolution free degree of turbine wheel shaft 9 under the mould slewing equipment drives.Cylinder 36 drives turbine wheel shafts 9 and moves downward when the next; Turbine wheel shaft 9 convex platforms 71 embed the groove 72 of revolution upper bolster or multi-tool die holder upper top periphery; Compress spring 33 simultaneously, drive slide block 16, traveller 31 move downwards, be contained in alignment pin 32 on the traveller 31 with slide 17 disengagings.The revolution die holder can freely turn round in calibration mould position under turbine wheel shaft 9 drives.
Referring to Fig. 3, when needs were selected other submodules, turbine wheel shaft 9 descended, and alignment pin 32 breaks away from slide 17, removed the revolution free degree restriction between multi-tool upper bolster and rotating disk; Simultaneously, the vertical slots 78 on pin 23 and turbine wheel shaft 9 inwalls breaks away from, and gets into the annular groove 79 of turbine wheel shaft 9 vertical slots 78 tops.Attacking head 22 receives centering piece 30 and 7 restrictions of centering plate, still keeps fixing with the relative position that hits bar 8.Mould slewing equipment rotation specified angle, the submodule tool that needs to select rotates under the attacking head 22 biasing strike positions in the place ahead.Hit bar 8 drive attacking heads 22 and press to bottom dead centre, accomplish punching press.In the attacking head 22 decline processes, centering piece 30 breaks away from centering plate 7, pin 23 get into said turbine wheel shaft 9 inwalls on the submodule calibration consistent vertical slots 78, guarantee the interior attacking head 22 unlikely revolutions of whole punching stroke.After punching press is accomplished, hit bar 8 and be returned to top dead-centre, centering piece 30 meshes with centering plate 7 again, and the mould slewing equipment resets.
When needs are chosen certain submodule and are realized the calibration punching press; At first repeat above-mentioned action; This submodule is rotated to attacking head 22 biasing hits under the positions; Hit bar 8 then and press to the punching press top dead-centre by top dead-centre, this moment, centering piece 30 broke away from centering plate 7, pin 23 get into again with turbine wheel shaft 9 on the vertical slots 78 corresponding with submodule; The mould slewing equipment rotates any specified angle, and attacking head 22 is followed turbine wheel shaft 9 together with the submodule of choosing and rotated equal angular, and the submodule of choosing is still under position and the attacking head 22 biasing strike positions.After accomplishing above action, hit bar 8 and press to bottom dead centre, accomplish punching press by the punching press top dead-centre.
Referring to Fig. 4, Fig. 9, in the revolution upper bolster 14 fourth type key 34 is housed, fourth type key 34 and standard D station patrix 10 keyway precision-fit.Mould reseting sleeve 11 and screw 12, back-moving spring 13 play the effect of support standard D station abnormity patrix.
The arbitrarily angled calibration punching press of non-round special-shaped mould is achieved in that at first, hits bar 8 and presses to the punching press top dead-centre, and this moment, centering piece 30 broke away from centering plate 7; Turbine wheel shaft 9 descends subsequently, and pin 23 breaks away from slide 17, removes the revolution free degree restriction between revolution upper bolster and rotating disk; This moment sell 23 still with turbine wheel shaft 9 on vertical slots 78 keep in touch; Turbine wheel shaft 9 just can drive the standard D station special-shaped mould and the attacking head 6 that are installed in the revolution upper bolster 14 simultaneously and rotate any specified angle synchronously.Hit bar 8 drive attacking heads 22 and press to bottom dead centre, accomplish punching press.Punching finishes, and the mould slewing equipment sets back, and hits bar 8 and rises to top dead-centre, and standard D station abnormity patrix also sets back under reseting sleeve and spring action.
Referring to Fig. 5; When in needs are selected, effluxing the punching press of mould position; In efflux the operating position that the mould position rotates to attacking head below, (is example with the double mould of B station position), shown position; The biasing strike position of attacking head 22 faces and effluxes patrix 5, hits bar 8 drive attacking heads 22 this moment and presses down the punching press that can realize effluxing mould.In needs are selected, during row's mould, at first, hit bar 8 and press to the punching press top dead-centre, this moment centering piece 30 with 7 disengagings of centering plate, but the pin 23 on the attacking head 22 still with turbine wheel shaft 9 on vertical slots keep in touch; Turbine wheel shaft 9 drives attacking heads 22 Rotate 180s °, the biasing of attacking head 22 hit the position just rotate in directly over the strike handle of row's patrix 4.That is to say that turbine wheel shaft 9 drive attacking heads 22 rotations through the mould slewing equipment make attacking head 22 produce 180 ° of relative angle displacements with hitting bar 8, efflux the selection punching press of mould in can realizing.
Claims (10)
1. multiple mould exchange type calibration station; It comprises the rotating disk that has at least one calibration mould position; Comprise that also being arranged at top, disk operation position is installed in the turbine wheel shaft that connects with turbine in the turbine and worm mould slewing equipment casing, is characterized in that hitting the turbine wheel shaft that bar passes hollow; Be provided with two boss of symmetry in the turbine wheel shaft bottom; Revolution upper bolster or multi-tool die holder are set in calibration mould position; Groove in revolution upper bolster or setting of multi-tool die holder periphery top and boss precision-fit is provided with detent mechanism at the bottom of the groove of a side therein; On rotating disk, be set with and each corresponding slide in calibration mould position; The revolution free degree between said location structure and slide engagement limits revolution upper bolster or multi-tool die holder and the rotating disk.
2. multiple mould exchange type calibration station according to claim 1 effluxes mould position and master die position in it is characterized in that on said rotating disk, also being provided with.
3. multiple mould exchange type calibration station according to claim 1; It is characterized in that said detent mechanism is included in the pin-and-hole that a side bottom portion of groove has; Spring and traveller are housed in pin-and-hole, alignment pin is housed on the traveller, slide is provided with the groove with the alignment pin precision-fit; Corresponding alignment pin position has the vertical elongated slot that alignment pin is play the guiding role of sealing on revolution upper bolster and multi-tool die holder; In groove, be provided with slide block, slide block is installed in the traveller top.
4. multiple mould exchange type calibration station according to claim 1; It is characterized in that the mould that is provided with above the disk operation position selects decompressor, it comprises the guide pin bushing that is fixed on the lathe bed fixed head, is arranged in the guide pin bushing and sliding with it strike bar of joining; And the attacking head that links to each other with the strike bar; Said attacking head comprises shank and the head of setovering with respect to shank, also is provided with shoulder at the attacking head shank, below the strike bar, is provided with the pallet of counterbore; The shoulder of said attacking head is embedded in the said counterbore, and the attacking head shank is formed rotary pair with the hole precision-fit that is arranged at strike bar bottom and with the strike bar; One side of attacking head head is provided with pin; Turbine wheel shaft is provided with the vertical slots with the pin precision-fit.
5. multiple mould exchange type calibration station according to claim 1 is characterized in that the offside that is positioned at pin at the attacking head head is provided with the centering piece, and centering piece top is provided with protuberance, and the centering plate is set below guide pin bushing, and the relative lathe bed of centering plate is fixed; The protuberance position of corresponding centering piece is provided with the recess that cooperates with said protuberance on the centering plate; Have on the turbine wheel shaft of mould slewing equipment identical with multi-tool quantity, and calibration consistent with the vertical slots pin precision-fit, the said vertical slots of turbine wheel shaft top also has an annular groove that is communicated with vertical slots.
6. NC turret punch machine mold system; It is characterized in that it is provided with multiple mould exchange type calibration station; Multiple mould exchange type calibration station comprises the rotating disk that has at least one calibration mould position; Comprise that also being arranged at top, disk operation position is installed in the turbine wheel shaft that connects with turbine in the turbine and worm mould slewing equipment casing, hits bar and passes the turbine wheel shaft of hollow; Be provided with two boss of symmetry in the turbine wheel shaft bottom; Revolution upper bolster or multi-tool die holder are set in calibration mould position; Groove in revolution upper bolster or setting of multi-tool die holder periphery top and boss precision-fit is provided with detent mechanism at the bottom of the groove of a side therein; On rotating disk, be set with and each corresponding slide in calibration mould position; The revolution free degree between said location structure and slide engagement limits revolution upper bolster or multi-tool die holder and the rotating disk.
7. NC turret punch machine mold system according to claim 6 effluxes mould position and master die position in it is characterized in that on said rotating disk, also being provided with.
8. NC turret punch machine mold system according to claim 6; It is characterized in that said detent mechanism is included in the pin-and-hole that a side bottom portion of groove has; Spring and traveller are housed in pin-and-hole, alignment pin is housed on the traveller, slide is provided with the groove with the alignment pin precision-fit; Corresponding alignment pin position has the vertical elongated slot that alignment pin is play the guiding role of sealing on revolution upper bolster and multi-tool die holder; In groove, be provided with slide block, slide block is installed in the traveller top.
9. NC turret punch machine mold system according to claim 6; It is characterized in that the mould that is provided with above the disk operation position selects decompressor, it comprises the guide pin bushing that is fixed on the lathe bed fixed head, is arranged in the guide pin bushing and sliding with it strike bar of joining; And the attacking head that links to each other with the strike bar; Said attacking head comprises shank and the head of setovering with respect to shank, also is provided with shoulder at the attacking head shank, below the strike bar, is provided with the pallet of counterbore; The shoulder of said attacking head is embedded in the said counterbore, and the attacking head shank is formed rotary pair with the hole precision-fit that is arranged at strike bar bottom and with the strike bar; One side of attacking head head is provided with pin; Turbine wheel shaft is provided with the vertical slots with the pin precision-fit.
10. NC turret punch machine mold system according to claim 6 is characterized in that the offside that is positioned at pin at the attacking head head is provided with the centering piece, and centering piece top is provided with protuberance, and the centering plate is set below guide pin bushing, and the relative lathe bed of centering plate is fixed; The protuberance position of corresponding centering piece is provided with the recess that cooperates with said protuberance on the centering plate; Have on the turbine wheel shaft of mould slewing equipment identical with multi-tool quantity, and calibration consistent with the vertical slots pin precision-fit, the said vertical slots of turbine wheel shaft top also has an annular groove that is communicated with vertical slots.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120306351 CN202224535U (en) | 2011-08-22 | 2011-08-22 | Multiplex die exchange type indexing station and numerical control turret punch die system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120306351 CN202224535U (en) | 2011-08-22 | 2011-08-22 | Multiplex die exchange type indexing station and numerical control turret punch die system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202224535U true CN202224535U (en) | 2012-05-23 |
Family
ID=46075143
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120306351 Expired - Lifetime CN202224535U (en) | 2011-08-22 | 2011-08-22 | Multiplex die exchange type indexing station and numerical control turret punch die system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202224535U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102284637A (en) * | 2011-08-22 | 2011-12-21 | 济南铸造锻压机械研究所有限公司 | Mould system of multiple-die interchanged type indexing station and numerical-control turrent punch press |
| CN104575863A (en) * | 2014-12-02 | 2015-04-29 | 上海慧高精密电子工业有限公司 | Electronic conducting wire secondary forming multi-station rotary table and forming system and method |
| CN105414356A (en) * | 2015-12-18 | 2016-03-23 | 江苏扬力数控机床有限公司 | Die replacing device for numerical control turret punch press |
| TWI586450B (en) * | 2016-10-24 | 2017-06-11 | 財團法人金屬工業研究發展中心 | Punching system |
| CN107206447A (en) * | 2014-12-17 | 2017-09-26 | 美国轮轴制造股份有限公司 | The machine for manufacturing the method for pipe fitting and wherein using |
| CN109773047A (en) * | 2019-01-16 | 2019-05-21 | 胡云鑫 | A kind of automatic punching die |
-
2011
- 2011-08-22 CN CN 201120306351 patent/CN202224535U/en not_active Expired - Lifetime
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102284637A (en) * | 2011-08-22 | 2011-12-21 | 济南铸造锻压机械研究所有限公司 | Mould system of multiple-die interchanged type indexing station and numerical-control turrent punch press |
| CN102284637B (en) * | 2011-08-22 | 2013-06-05 | 济南铸造锻压机械研究所有限公司 | Mould system of multiple-die interchanged type indexing station and numerical-control turrent punch press |
| CN104575863A (en) * | 2014-12-02 | 2015-04-29 | 上海慧高精密电子工业有限公司 | Electronic conducting wire secondary forming multi-station rotary table and forming system and method |
| CN107206447A (en) * | 2014-12-17 | 2017-09-26 | 美国轮轴制造股份有限公司 | The machine for manufacturing the method for pipe fitting and wherein using |
| US10843246B2 (en) | 2014-12-17 | 2020-11-24 | American Axle & Manufacturing, Inc. | Method of manufacturing a tube and a machine for use therein |
| US10864566B2 (en) | 2014-12-17 | 2020-12-15 | American Axle & Manufacturing, Inc. | Method of manufacturing a tube and a machine for use therein |
| US10882092B2 (en) | 2014-12-17 | 2021-01-05 | American Axle & Manufacturing, Inc. | Method of manufacturing a tube and a machine for use therein |
| US11697143B2 (en) | 2014-12-17 | 2023-07-11 | American Axle & Manufacturing, Inc. | Method of manufacturing two tubes simultaneously and machine for use therein |
| CN105414356A (en) * | 2015-12-18 | 2016-03-23 | 江苏扬力数控机床有限公司 | Die replacing device for numerical control turret punch press |
| CN105414356B (en) * | 2015-12-18 | 2017-06-27 | 江苏扬力数控机床有限公司 | A kind of mould changing device of NC turret punch machine |
| TWI586450B (en) * | 2016-10-24 | 2017-06-11 | 財團法人金屬工業研究發展中心 | Punching system |
| CN109773047A (en) * | 2019-01-16 | 2019-05-21 | 胡云鑫 | A kind of automatic punching die |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102284637B (en) | Mould system of multiple-die interchanged type indexing station and numerical-control turrent punch press | |
| CN202224535U (en) | Multiplex die exchange type indexing station and numerical control turret punch die system | |
| CN100496833C (en) | Numerically controlled engraving and milling machine with symmetrical double station of shoe modules | |
| CN202263816U (en) | Numerical control turret punch press | |
| CN101941031B (en) | Spin forming device with internal and external boss belt pulley | |
| CN111589976B (en) | Forming device for disc type thin-wall nut | |
| CN113275449B (en) | Integrated linkage metal stamping mechanical equipment based on hole forming of fruit diameter measurer | |
| CN104858281A (en) | Plate double-side three-point incremental forming device | |
| CN113319187A (en) | Punching die for shell of washing machine | |
| CN202239300U (en) | Multiple-substation compound die device for loading standard dies and capable of performing division stamping | |
| CN103307937A (en) | Hypostyle rotating feeding hydraulic machine | |
| CN1565768A (en) | Die changing method and device for stamping processing multiple die of sheet material | |
| CN102267066A (en) | Machine tool for processing star wheel for single screw compressors | |
| CN2582777Y (en) | Eccentric multimould displacement mould changing device used for plate material punching press | |
| CN101947866B (en) | Stroke-adjustable multistage buffer gas cushion | |
| CN201669329U (en) | Die index driving device of numerical control turret punch press | |
| CN201002349Y (en) | Rotary die | |
| CN108637064B (en) | A kind of multifunctional efficient rate auto parts and components impact molding machine | |
| CN113232093B (en) | Chuck type multi-cutter die punch, blanking machine and blanking method thereof | |
| CN220049895U (en) | Die forging gear forming device | |
| CN205684586U (en) | A kind of diel equipment | |
| CN219786197U (en) | Turret die for burglary-resisting door | |
| CN112893735B (en) | Multidirectional synchronous punch forming forging machine | |
| CN101462135B (en) | Eccentric crankshaft punching machine | |
| CN217493964U (en) | Device is used in frock mould processing of accurate spare part |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120523 Effective date of abandoning: 20130605 |
|
| RGAV | Abandon patent right to avoid regrant |