CN205732544U - Multiple operation integration contact process equipment - Google Patents

Abstract

Multiple operation integration contact process equipment, the guide pillar that including base platform, is fixed on base platform, the motion platform on guide pillar can be arranged on up or down, also include the feed mechanism of touch panel blank, the contact lower bolster being fixedly installed on base platform and be fixedly installed contact cope match-plate pattern on the moving platform；It is provided with the die assembly including multiple punch die on contact lower bolster, contact cope match-plate pattern is provided with the punching pin assembly including multiple punching pin；Die assembly on contact lower bolster includes contact holes punch die and blocks punch die, and punching pin assembly is correspondingly provided with contact holes punching pin and blocks punching pin；Motion platform band moving contact cope match-plate pattern moves down and makes punching pin assembly coordinate with die assembly punching press the touch panel blank of template is gone out multiple contact finished product, contact holes punching pin coordinates with contact holes punch die goes out contact holes on touch panel blank, block punching pin and block punch die coordinate touch panel blank is blocked, be effectively improved contact processing efficiency.

Description

Multiple operation integration contact process equipment

Technical field

This utility model relates to panel beating and the die apparatus of riveting processing, particularly a kind of multiple operation integration contact process equipment, is applied to the contact processing of low-voltage electrical apparatus.

Background technology

In industrial electrical equipment, generally including for controlling current switching switching device or contact apparatus, all need to use the contact part for current switching effect in these devices, it includes contact plate and the contact being riveted on contact plate.The manufacture of current contact part is: is respectively completed the hardware stamping processing of contact plate and contact, uses riveting equipment to be coupled together with contact riveted by hardware stamping part i.e. contact plate the most again.This mode of production needs point multiple working procedure processing to complete, and automaticity is low with production efficiency, processing cost is high.It addition, the process equipment structure of contact plate is complicated, cost is high.Contact plate is completed by manual operation with riveting contacts simultaneously, and operator's not only labor intensity is big, and the most easily there is potential safety hazard.

Summary of the invention

The purpose of this utility model is to provide a kind of simple in construction, efficiency height, the multiple operation integration contact process equipment of low cost.

For achieving the above object, this utility model have employed following technical scheme.

A kind of multiple operation integration contact process equipment, the guide pillar 103 including base platform 102, being fixed on base platform 102, the motion platform 101 that can be arranged on up or down on guide pillar 103, also include the feed mechanism of touch panel blank 80, the contact lower bolster 2 being fixedly installed on described base platform 102 and the contact cope match-plate pattern 4 being fixedly installed on motion platform 101；It is provided with the die assembly including multiple punch die on described contact lower bolster 2, described contact cope match-plate pattern 4 is provided with the punching pin assembly 40 including multiple punching pin；The described die assembly on contact lower bolster 2 includes contact holes punch die 2d and blocks punch die 2k, and described punching pin assembly 40 is correspondingly provided with contact holes punching pin 4d and blocks punching pin 4k；Described motion platform 101 band moving contact cope match-plate pattern 4 moves down and makes punching pin assembly 40 coordinate with die assembly punching press the touch panel blank 80 of template is gone out multiple contact finished product 8, contact holes punching pin 4d coordinates with contact holes punch die 2d and goes out contact holes 80d on touch panel blank 80, blocks punching pin 4k and blocks punch die 2k and coordinate and blocked by touch panel blank 80.

Preferably, also include contact mould, contact mould includes the contact lower mold 30 being arranged on base platform 102, the contact mold 31 being arranged on motion platform 101, the pre-riveting punching pin 32 being fixedly installed on contact mold 31 and molding punching pin 33, the horizontally movable sliding block 36 being arranged in contact lower mold 30 and the cut-out edge of a knife 35 being arranged on sliding block 36, and for carrying the feed appliance 12 of contact bar 11；Described motion platform 101 moves down, band movable contact mold 31 and contact cope match-plate pattern 4 move downward simultaneously, the moving horizontally of sliding block 36 first drives cuts off the edge of a knife 35 and moves horizontally contact bar 11 cuts into contact blank 11a, meanwhile, cut off the edge of a knife 35 and also contact blank 11a is transplanted on during moving horizontally the pre-riveting position below pre-riveting punching pin 32；Then, contact holes punching pin 4d and contact holes punch die 2d coordinates contact holes 80d going out this punching press on touch panel blank 80, pre-riveting position below pre-riveting punching pin 32 is corresponding with the 80d of the punching press contact holes in the early time position on touch panel blank 80, contact blank 11a is riveted in contact holes 80d that pre-riveting position is corresponding by pre-riveting punching pin 32 in advance, another corresponding below contact blank 11a being riveted to the most in advance in contact holes 80d is struck out the shape of contact 11b by molding punching pin 33, block punching pin 4k and block punch die 2k and coordinate and from touch panel blank 80, block out riveting in the early time have the contact finished product 8 of contact 11b.

Preferably, described contact mold 31 is additionally provided with the slide block punching pin 34 that sliding block 36 can be driven to move horizontally；Described contact mold 31 drives once moving down of pre-riveting punching pin 32, molding punching pin 33 and slide block punching pin 34 simultaneously, slide block punching pin 34 is made first to drive sliding block 36 and the cut-out edge of a knife 35 thereon to move horizontally and complete the shearing to contact blank 11a and transfer, contact blank 11a and contact holes 80d corresponding with pre-riveting punching pin 32 that this is transferred by the most pre-riveting punching pin 32 rivet in advance, and the contact blank 11a the most corresponding with molding punching pin 33 is struck out contact 11b by molding punching pin 33.

Preferably, the die assembly of described contact lower bolster 2 includes installing hole punch die 2b, contact holes punch die 2d, upper profile punch die 2e, bottom profiled punch die 2f, blocks punch die 2k；The punching pin assembly 40 of described contact cope match-plate pattern 4 include the most one to one installing hole punching pin 4b, contact holes punching pin 4d, upper profile punching pin 4e, bottom profiled punching pin 4f, block punching pin 4k.

Preferably, the die assembly of described contact lower bolster 2 includes installing hole punch die 2b, contact holes punch die 2d, upper profile punch die 2e, bottom profiled punch die 2f, blocks punch die 2k；The punching pin assembly 40 of described contact cope match-plate pattern 4 include one to one installing hole punching pin 4b, contact holes punching pin 4d, upper profile punching pin 4e, bottom profiled punching pin 4f, block punching pin 4k；On the direct of travel X prolonging touch panel blank 80, pre-riveting punching pin 32 and molding punching pin 33 on contact mold 31 are positioned at after contact holes punching pin 4d, block punching pin 4k and are arranged on finally.

Preferably, the installing hole punch die 2b of described die assembly, contact holes punch die 2d, upper profile punch die 2e, bottom profiled punch die 2f, block punch die 2k and be each provided with material-dropping hole.

Preferably, the upper profile punch die 2e of described die assembly includes that profile blade 20e, bottom profiled punch die 2f include bottom profiled blade 20f, and height distance L1 between upper profile blade 20e and bottom profiled blade 20f is equal to the design height L of described contact finished product 8；Further, height distance M1 between center and the center of contact holes punch die 2d of the installing hole punch die 2b of described die assembly is equal to designed distance M between installing hole center and the contact holes center of described contact finished product 8.

Preferably, the described die assembly on contact lower bolster 2 includes installing hole punch die 2b, contact holes punch die 2d and profile stamping-out punch die；Described punching pin assembly 40 includes installing hole punching pin 4b, contact holes punching pin 4d and the profile stamping-out punching pin being corresponding in turn to.

Preferably, the direction Y moved horizontally of the sliding block 36 of described contact mould is vertical with the direct of travel X of described touch panel blank 80.

Preferably, the contact mold 31 of described contact mould and contact cope match-plate pattern 4 are overall upper module group units, integral installation is on motion platform 101, the contact lower mold 30 of described contact mould and contact lower bolster 2 are overall lower module group units, and integral installation is on base platform 102.

Multiple operation integration contact process equipment of the present utility model can be punched out the contact plate of a contact by stroke from touch panel blank, is effectively improved the efficiency of contact processing.Further by contact mould, contact plate molding, contact molding and contact can be realized press to be molded in an operation and be automatically performed, without touch panel blank feed mechanism, without contact bar feeder structure, can not only effectively reduce operation, labor intensity and pressing equipment, and production efficiency can also be effectively improved, reduce cost and eliminate operation potential safety hazard.

Accompanying drawing explanation

Advantage of the present utility model and feature can be seen more clearly from, wherein from the description of accompanying drawing illustrated embodiment:

Fig. 1 to Fig. 4 is the integrally-built schematic diagram of the automatic riveting in the die mould respectively illustrating riveting contact of the present utility model four diverse location states in a punching press residing for each movement parts.

Fig. 5 is the A partial enlarged drawing of Fig. 1.

Fig. 6 is the top view of Fig. 5.

Fig. 7 is the structural representation cutting off the edge of a knife 35 after having removed contact bar 11 in Fig. 6.

Fig. 8 is the partial enlarged drawing of the hardware stamping part 13 with contact holes 80d shown in Fig. 1 and Fig. 2.

Fig. 9 is the partial enlarged drawing of the hardware stamping part 13 with contact blank 11a shown in Fig. 3 and Fig. 4.

Figure 10 is the partial enlarged drawing of the contact 11b after the molding shown in Fig. 3 and Fig. 4 and the riveted structure of hardware stamping part 13.

Figure 11 is the floor map of this utility model multiple operation integration contact process equipment.

Figure 12 is the A direction view of Figure 11, it is shown that each punch die of the die assembly on contact lower bolster 2.

Figure 13 is the B-B sectional view of Figure 11. show each punching pin of punching pin assembly 40.

Figure 14 is the stock layout structural representation of this utility model multiple operation integration contact process equipment.

Figure 15 is the working state schematic representation of a stroke of the multiple operation integration contact process equipment of the present utility model of original state.

Figure 16 is working state schematic representation in the downward punching course of motion platform 101.

Figure 17 is the working state schematic representation during motion platform 101 moves up.

Figure 18 is the E partial enlarged drawing of Figure 12.

Figure 19 is the F partial enlarged drawing of Figure 12.

Figure 20 is the D partial enlarged drawing of Figure 14.

Figure 21 is the Q partial enlarged drawing of Figure 17.

Detailed description of the invention

The embodiment be given below in conjunction with Fig. 1 to Figure 21, further illustrates the detailed description of the invention of the automatic riveting in the die mould of riveting contact of the present utility model.The automatic riveting in the die mould of riveting contact of the present utility model is not limited to the following description.

The pressing equipment that the automatic riveting in the die mould of riveting contact of the present utility model is suitable for can use general such as the equipment of common press machine class, these equipment all have the base platform 102 of motion platform 101 moving up and down and the lower section being in motion platform 101, and motion platform 101 can provide stamping press in the punching course moved down；Base platform 102 can bear the punching press load that motion platform 101 applies, and for punching press and the processing of handware, this utility model is upper the punching press of handware and process equipment, realizes processing and the riveting of contact simultaneously.This utility model will combine structure and the principle of the automatic riveting in the die mould of Fig. 1-10 explanation riveting contact of the present utility model; and use as shown in Figure 11-21 multiple operation integration contact process equipment as a example by; while contact process equipment carries out contact processing; the processing of contact can also be realized; and the riveted of contact and contact; certain protection domain of the present utility model is not limited to contact process equipment, applies also for other hardware stamping part equipment that need to rivet contact.

See Fig. 1 to Fig. 4, the automatic riveting in the die mould of riveting contact of the present utility model includes contact moving up and down mold 31 and contact lower mold 30, contact mold 31 is fixedly mounted on the motion platform 101 of pressing equipment, and contact lower mold 30 is bearing on the base platform 102 of pressing equipment.The automatic riveting in the die mould of riveting contact of the present utility model also includes pre-riveting punching pin 32 and the molding punching pin 33 being fixedly installed on contact mold 31, the horizontally movable sliding block 36 being arranged in contact lower mold 30, the cut-out edge of a knife 35 being arranged on sliding block 36, and the feed appliance 12 for conveying contact bar 11 from bottom to top；The slide block punching pin 34 that sliding block 36 can be driven to move horizontally it is additionally provided with on described contact mold 31, being additionally provided with fixed block 39 in described contact lower mold 30 and be matched for clamping tightly the fixing angled-lift splits 14 of contact bar 11 with fixed block 39, the feed appliance 12 of conveying contact bar 11 is located at below fixed block 39 and fixing angled-lift splits 14；Contact bar 11 is sent between fixed block 39 and fixing angled-lift splits 14 by the feed appliance 12 of conveying contact bar 11 to lower and upper.Specifically, the motion platform 101 of pressing equipment move up and down band movable contact mold 31 and pre-riveting punching pin 32 fixed thereon, molding punching pin 33 moves up and down together with slide block punching pin 34.The fixed block 39 being fixedly mounted in contact lower mold 30 can bear exerts oneself and the load of horizontal force.Sliding block 36 is arranged in contact lower mold 30 horizontally moveablely, it can use known any structure (such as guide rail) to realize moving horizontally, " moving horizontally " described herein is the movement only referring to a direction, in other words, sliding block 36 only has the degree of freedom that a direction in along the horizontal plane is moved.The contact bar 11 that feed appliance 12 is carried is laid along vertical, its upper end is stretched over above the cut-out edge of a knife 35 after fixed block 39 and the cut-out edge of a knife 35, in other words, feed appliance 12 carries contact bar 11 from bottom to top, and contact bar 11 is through fixed block 39 and cuts off the edge of a knife 35 and exposes upper end cutting off above the edge of a knife 35.Fig. 5 shows that the upper end of contact bar 11 is stretched over the described above structure cutting off the edge of a knife 35 after the cut-out edge of a knife 35 on the fixed block 39 in contact lower mold 30 and sliding block 36.Cut off moving horizontally of the edge of a knife 35 and the upper end of contact bar 11 is cut into contact blank 11a (see Fig. 2), meanwhile, cut off the edge of a knife 35 and also contact blank 11a is transplanted on during moving horizontally the pre-riveting position below pre-riveting punching pin 32；Contact mold 31 drives pre-riveting punching pin 32 to be riveted in advance with the hardware stamping part 13 on pre-riveting position by contact blank 11a when moving down, drive molding punching pin 33 that another contact blank 11a of riveting in advance is struck out the shape of contact 11b simultaneously.Hardware stamping part 13 can be contact plate or other need to rivet the hardware stamping part of contact.

The concrete structure of the shearing and transfer that realize contact blank 11a can have various ways.A kind of shear constitution it is preferable that: described sliding block 36 and fixing angled-lift splits 14 are separately positioned on the both sides of fixed block 39, the shearing knife edge (not marking in figure) of the work that cooperates it is respectively arranged with on the fixed block 39 cut off in the edge of a knife 35 and contact lower mold 30 on sliding block 36, shearing knife edge is arranged on the junction 356 (see Fig. 5) cutting off the edge of a knife 35 and fixed block 39 of contact bar 11 process, contact bar 11 is laid between fixed block 39 and fixing angled-lift splits 14, its upper end is stretched over above the cut-out edge of a knife 35 after fixed block 39 and the cut-out edge of a knife 35；The shearing knife edge described in driving that moves horizontally cutting off the edge of a knife 35 shears (as shown in Figure 1 to the process shown in Fig. 2), and the upper end of contact bar 11 is cut off (as shown in Figure 2) by this shearing, and the upper end cut just becomes contact blank 11a.A kind of transfer it is preferable that: described cut off the through hole 351 (see Fig. 7) being provided with band movable contact blank 11a translation on the edge of a knife 35, the upper end of contact bar 11 be stretched over after through hole 351 cut off the edge of a knife 35 above (see Fig. 1 and Fig. 5)；After cutting off the moving horizontally upper end is cut into contact blank 11a of the edge of a knife 35, the bottom of contact blank 11a is still retained in through hole 351, and by cutting off moving horizontally of the edge of a knife 35, through hole 351 and interior contact blank 11a thereof is transplanted on pre-riveting position (as shown in Figure 2).Obviously, after mould inside uses through hole 351 structure cut off on the edge of a knife 35, the cloth of the contact blank 11a in existing operation can be omitted, sort, carry and clamping steps, thus can significantly save man-hour, improve working (machining) efficiency.

For the defect that the working (machining) efficiency overcoming existing single-station layout structure is low, mould of the present utility model have employed the multistation layout structure of pre-riveting position and shaping position, and it can have multiple implementation.A kind of preferably mode is as shown in Figures 1 to 4: have pre-riveting position and shaping position in described contact lower mold 30, pre-riveting position has the hardware stamping part 13 (as depicted in figs. 1 and 2) of contact holes 80d for laying, shaping position rivets the hardware stamping part 13 (as depicted in figs. 1 and 2) of contact blank 11a the most in advance for laying, described pre-riveting position is in the lower section of pre-riveting punching pin 32 and facing to pre-riveting punching pin 32, it may be assumed that contact blank 11a is stamped in contact holes 80d (as shown in Figure 3) on this pre-riveting position by pre-riveting punching pin 32.Described shaping position is in the lower section of molding punching pin 33 and facing to molding punching pin 33, contact blank 11a is struck out the shape (as shown in Figure 3) of contact 11b on this shaping position by molding punching pin 33, and completes the riveting between contact 11b and hardware stamping part 13.nullContact lower mold 30 is additionally provided with the Material moving device that hardware stamping part 13 moves to the shaping position corresponding with molding punching pin 33 from the pre-riveting position corresponding with pre-riveting punching pin 32，Material moving device can be individually to lay hardware stamping part 13 and rivet the material distributing machine (not shown) of hardware stamping part 13 of contact blank 11a the most in advance，It is preferable to employ the contact process equipment of the multiple operation integration as shown in Figure 11-21，Because using this equipment can omit contact plate blank 81 and the laying of the contact plate blank 81 with contact blank 11a，In other words，A part for Material moving device inherently contact plate process equipment，The molding of contact 11b has been entirely incorporated among the moulding process of contact plate with riveting，Without the Material moving device without arranging contact plate blank 81 again，Thus can significantly save equipment investment and man-hour，Working (machining) efficiency can also be effectively improved simultaneously，Cost-effective.

And a kind of preferred embodiment of the Quality Initiative structure of the course of processing of the present utility model is: the movement of described contact mold 31 can drive pre-riveting punching pin 32 simultaneously, molding punching pin 33 and slide block punching pin 34 once move down, slide block punching pin 34 is made first to drive sliding block 36 and the cut-out edge of a knife 35 thereon to move horizontally, and complete the shearing to contact blank 11a and transfer, the contact blank 11a that this is sent to by the most pre-riveting punching pin 32 is stamped in contact holes 80d on corresponding contact plate blank 81, current corresponding contact blank 11a is struck out contact 11b and completes riveting by molding punching pin 33.And the Quality Initiative structure of the existing course of processing generally uses series model structure, it is to be become three independent processes of riveting to be in series by contact blank shear forming, punching press pre-riveting contact blank, contact, and three courses of processing just can need to complete through three punching presses in other words.As can be seen here, this utility model uses the Quality Initiative structure of parallel model, its contact blank shear forming, punching press pre-riveting contact blank, contact become three processes of riveting to be to complete in a mould simultaneously, in other words, three courses of processing only need can complete through a punching press, and working (machining) efficiency improves 3 times than prior art.

Described contact lower mold 30 also includes the transmission for sliding block 36 thereon, positions and the structure resetted, and it can have multiple implementation.A kind of preferably drive mechanism mode is as shown in Figures 1 to 4: the end of the described slide block punching pin 34 on contact mold 31 is provided with driving inclined-plane 34a, corresponding transmission inclined-plane 36a it is correspondingly arranged on the described sliding block 36 in contact lower mold 30, and, transmission inclined-plane 36a is in and drives the lower section of inclined-plane 34a and facing to driving inclined-plane 34a, making driving inclined-plane 34a rely on the drive realization moved down of slide block punching pin 34 and contacting and sliding of transmission inclined-plane 36a, the sliding block 36 described in this slip promotion moves horizontally.A kind of preferably location structure mode is as shown in Figures 1 to 4: be provided with perpendicular positioning face 34b on the described slide block punching pin 34 on contact mold 31, corresponding location fit face 36b it is provided with on the described sliding block 36 in contact lower mold 30, when sliding block 36 is moved horizontally to its extreme position by the promotion moved down of slide block punching pin 34, perpendicular positioning face 34b contacts and limits the position of sliding block 36 with location fit face 36b.A kind of preferably resetting structure is to be provided with resetting means in described contact lower mold 30, is used for ordering about sliding block 36 and realizes automatically reseting after slide block punching pin 34 moves upwardly off.The concrete structure of described resetting means can have multiple, a kind of preferably structure as shown in Figures 1 to 4: described resetting means includes reset screw 37, back-moving spring 38, and is separately positioned on the blocking surface in sliding block 36 and contact lower mold 30；Back-moving spring 38 is sleeved on reset screw 37, and reset screw 37 is fixed on sliding block 36, and one end of back-moving spring 38 is connected with reset screw 37, and the other end of back-moving spring 38 is connected with contact lower mold 30；The blocking surface that the elastic force of back-moving spring 38 orders about on sliding block 36 contacts with each other with the blocking surface in contact lower mold 30.

Described contact lower mold 30 also includes the structure for clamping contacts bar 11, it can have multiple implementation, a kind of preferably mode is as shown in Figures 1 to 4: being additionally provided with fixed block 39 in described contact lower mold 30 and be matched for clamping tightly the fixing angled-lift splits 14 of contact bar 11 with fixed block 39, the feed appliance 12 of conveying contact bar 11 is located at below fixed block 39 and fixing angled-lift splits 14；Contact bar 11 is sent between fixed block 39 and fixing angled-lift splits 14 by the feed appliance 12 of conveying contact bar 11 to lower and upper；Also include locking spring 15 and locking angled-lift splits 16, locking angled-lift splits 16 is between fixed block 39 and fixing angled-lift splits 14, locking spring 15 is connected to lock between angled-lift splits 16 and fixing angled-lift splits 14, locking angled-lift splits 16 uses tapered ramp to coordinate with fixing angled-lift splits 14 one end, and the restraining forces that provided by this cooperation and the elastic force of locking spring 15, order about locking angled-lift splits 16 to abut with contact bar 11, to be clamped in by contact bar 11 between locking angled-lift splits 16 and fixed block 39.

Below in conjunction with Fig. 1 to Figure 10, further illustrate the course of processing of the automatic riveting in the die mould of riveting contact of the present utility model.

As shown in Figure 1: after last punching press, contact mold 31 and pre-riveting punching pin 32 thereon, molding punching pin 33 and slide block punching pin 34 return to extreme higher position, contact bar 11 is delivered to extreme higher position by feed appliance 12, the upper end of contact bar 11 is stretched over above the cut-out edge of a knife 35, the hardware stamping part 13 with contact holes 80d is laid on pre-riveting position, and another is laid on shaping position with the hardware stamping part 13 of contact blank 11a simultaneously.

As shown in Figure 2: contact mold 31 and pre-riveting punching pin 32 thereon, molding punching pin 33 and slide block punching pin 34 are after the position shown in Fig. 1 is downward to through the first stroke of this punching press, slide block punching pin 34 is by driving inclined-plane 34a, drive sliding block 36 with transmission inclined-plane 36a and drive the cut-out edge of a knife 35 to be moved horizontally to the right defined position, in this moving process, cut off the edge of a knife 35 upper end of contact bar 11 is cut off (making the upper end cut become contact blank 11a), the bottom of contact blank 11a is still retained in through hole 351, and by cutting off moving horizontally of the edge of a knife 35, through hole 351 and interior contact blank 11a thereof are transplanted on pre-riveting position, the most pre-riveting punching pin 32 and molding punching pin 33 are also above pre-riveting position and shaping position.

As shown in Figure 3: contact mold 31 and pre-riveting punching pin 32 thereon, molding punching pin 33 and slide block punching pin 34 are after the position shown in Fig. 2 is continued downward to through the second stroke of this punching press, the contact blank 11a being on pre-riveting position is stamped in contact holes 80d on corresponding hardware stamping part 13 by pre-riveting punching pin 32, and current corresponding contact blank 11a is struck out contact 11b and completes riveting by molding punching pin 33.

As shown in Figure 4: contact mold 31 and pre-riveting punching pin 32 thereon, molding punching pin 33 and slide block punching pin 34 are moved upwards up to extreme higher position from the position shown in Fig. 3, terminate this punching course.

Under state shown in Fig. 4, again hardware stamping part 13 is laid, the hardware stamping part 13 will with contact holes 80d is deployed on pre-riveting position, with the hardware stamping part 13 of contact blank 11a, another is deployed to shaping position simultaneously, the most capable of circulation to the punching press next time shown in Fig. 1.

As shown in Figure 11-21, multiple operation integration contact process equipment of the present utility model, for sheet material touch panel blank 80 stamping-out of strip being become multiple contact, contact molding and riveting can also be realized in process equipment simultaneously.As shown in figure 11, multiple operation integration contact process equipment of the present utility model, the guide pillar 103 including base platform 102, being fixed on base platform 102, the motion platform 101 that can be arranged on up or down on guide pillar 103, also include the feed mechanism of touch panel blank 80, the contact lower bolster 2 being fixedly installed on described base platform 102 and the contact cope match-plate pattern 4 being fixedly installed on motion platform 101；It is provided with the die assembly including multiple punch die on described contact lower bolster 2, described contact cope match-plate pattern 4 is provided with the punching pin assembly 40 including multiple punching pin；The described die assembly on contact lower bolster 2 includes contact holes punch die 2d and blocks punch die 2k, and described punching pin assembly 40 is correspondingly provided with contact holes punching pin 4d and blocks punching pin 4k；Described motion platform 101 band moving contact cope match-plate pattern 4 moves down and makes punching pin assembly 40 coordinate with die assembly punching press the touch panel blank 80 of template is gone out multiple contact finished product 8, contact holes punching pin 4d coordinates with contact holes punch die 2d and goes out contact holes 80d on touch panel blank 80, block punching pin 4k and block punch die 2k coordinate touch panel blank 80 is blocked, the contact plate of a contact can be punched out from touch panel blank by a punching press.

Preferably, multiple operation integration contact process equipment of the present utility model also includes contact mould, contact mould is identical with the automatic riveting in the die mould principle shown in Figure 11-20 and structure, and a stroke realizes the riveting of the molding of contact, contact and contact plate simultaneously.Concrete contact mould includes the contact lower mold 30 being arranged on base platform 102, the contact mold 31 being arranged on motion platform 101, the pre-riveting punching pin 32 that is fixedly installed on contact mold 31, molding punching pin 33 and the slide block punching pin 34 that sliding block 36 can be driven to move horizontally, the horizontally movable sliding block 36 being arranged in contact lower mold 30 and the cut-out edge of a knife 35 being arranged on sliding block 36, and for carrying the feed appliance 12 of contact bar 11.Described motion platform 101 moves down, band movable contact mold 31 and contact cope match-plate pattern 4 move downward simultaneously, drive pre-riveting punching pin 32, molding punching pin 33 and the slide block punching pin 34 of i.e. described contact mold 31, the contact holes punching pin 4d of contact cope match-plate pattern 4 and block punching pin 4k, once move down；During moving down, slide block punching pin 34 first drives sliding block 36 to move horizontally (i.e. Y-direction shown in Figure 16 moves), the drive that moves horizontally of sliding block 36 is cut off the edge of a knife 35 and is moved horizontally contact bar 11 cuts into contact blank 11a, meanwhile, cut off the edge of a knife 35 and also contact blank 11a is transplanted on during moving horizontally the pre-riveting position below pre-riveting punching pin 32.Continue to move down, contact holes punching pin 4d coordinates with contact holes punch die 2d and goes out contact holes 80d on touch panel blank 80, pre-riveting position below pre-riveting punching pin 32 with on touch panel blank 80 before contact holes 80d position corresponding, the contact blank 11a that motion platform 101 band movable contact mold 31 drives pre-riveting punching pin 32 this to be transferred when moving down be riveted in advance before contact holes 80d on, the contact blank 11a the most also driving molding punching pin 33 another to be riveted to the most in advance in contact holes 80d strikes out the shape of contact 11b, block punching pin 4k simultaneously and block punch die 2k and coordinate and block out from touch panel blank 80 riveting is had the contact finished product 8 of contact 11b.Multiple operation integration contact process equipment of the present utility model is coordinated by contact lower mold 30, contact mold 31, contact cope match-plate pattern 4, the punching press of contact lower bolster 2 and achieves all punching presses cooperation gone out from touch panel blank 80 and contact bar 11 needed for the whole inside and outside shape of contact finished product 8 and riveted structure.Contact plate molding, contact molding and contact can be realized by multiple operation integration contact process equipment user of the present utility model to press to be molded in an operation and be automatically performed, both without touch panel blank feed mechanism, without contact bar feeder structure, and whole inside and outside shape and the riveted structure of contact finished product can be gone out in a stroke simultaneously, thus can not only effectively reduce operation, labor intensity and pressing equipment, and production efficiency can also be effectively improved, reduce cost and eliminate operation potential safety hazard.

When not using contact mould, contact processing technique typically requires three operations: touch panel procedure for preparation, and touch panel base need to be pre-formed into touch panel blank with a pressing equipment by it, and a stroke can only shape the inside and outside shape of touch panel blank；Contact procedure for preparation, contact bar need to be pre-formed into contact blank with another pressing equipment by it, and stroke can only the external shape of formed contacts blank；Contact molding procedure, contact blank need to be pressed on touch panel blank with a pressing equipment by again, and a stroke can be only done riveting contacts and the contact shaping of contact product.Obviously, existing contact processing technique not only operation is many, and the pressing equipment employed is many, and production efficiency is low, and processing cost is high, and needs to increase touch panel blank feed mechanism and contact blank feed mechanism so that the structure of process equipment is complicated, and equipment investment is high.The multiple operation integration contact process equipment principle based on blanking and piercing with combination tool of the present embodiment uses following concrete structure, a pressing equipment is utilized to be got the raw materials ready by touch panel, get the raw materials ready in contact and three operations of contact molding are integrated together, eliminate touch panel blank feed mechanism and contact blank feed mechanism, and whole inside and outside shape and the riveted structure of contact finished product 8 can be gone out with a pressing equipment a stroke the most simultaneously, thus can not only effectively reduce operation and the pressing equipment employed, and production efficiency can also be effectively improved, shorten the process-cycle, reduce the cost of processing and equipment.

The present embodiment realizes shearing and the transfer of contact blank 11a by cutting off the edge of a knife 35, in order to shorten the formation moved horizontally cutting off the edge of a knife 35, being conducive to the layout of the feed appliance of contact mould and contact bar 11, a kind of preferably layout structure is shown in Figure 14 to Figure 17: as described in the direction Y moved horizontally of sliding block 36 of contact mould vertical with the direct of travel X of touch panel blank 80.The feed mechanism of described touch panel blank 80 can use any one frame mode known, its function includes shown in Figure 15 to Figure 17: touch panel blank 80 traveling along direction X substep and is sent into and spreads over (Figure 12,13 as shown in be the state being unkitted touch panel blank 80) above of contact lower bolster 2 and die assembly thereof, the traveling stride of touch panel blank 80 is the design width N of contact finished product 8 and width M sum (as shown in Figure 21) blocking blanking 8k；There is provided precision and the repetitive positioning accuracy under resting state (state as shown in figure 15) of the traveling stride of touch panel blank 80, to guarantee the dimensional accuracy of the shaped position on the design width N of contact finished product 8 and width thereof.The feed appliance of contact bar 11 can use any one frame mode known, its function includes as shown in figure 12: is sent into by contact bar 11 upwards substep and stretches out the cut-out edge of a knife 35, breaking mouth 72 is provided with the termination that can cut off contact bar 11 through hole 351 that can accommodate this termination；There is provided the precision being sent into stride of contact bar 11, to guarantee the dimensional accuracy of the design height of contact blank 11a.

Obviously, the contact mold 31 of described contact mould and contact cope match-plate pattern 4 can be overall upper module group units, integral installation is on motion platform 101, the contact lower mold 30 of described contact mould and contact lower bolster 2 are overall lower module group units, and integral installation is on base platform 102.It can be appreciated that contact mold 31 is exactly a part for contact cope match-plate pattern 4, contact lower mold 30 is exactly a part for contact lower bolster 2, the punching pin assembly 40 of contact cope match-plate pattern 4 just includes pre-riveting punching pin 32, molding punching pin 33 and slide block punching pin 34, and the structure of the composite die of the most unified the present embodiment illustrates.

The structure of the composite die of the present embodiment includes being made up of compound punch-punching pin assembly 40 multiple punching pines；Compound concave die-die assembly is constituted by multiple punch dies.Due to adoptable touch panel blank 80 type, stock layout frame mode and the difference of workpiece constituted mode, the concrete structure of composite die can have various ways.The first preferred version of composite die is shown in Figure 12 to Figure 16: as described in die assembly include installing hole punch die 2b, contact holes punch die 2d, upper profile punch die 2e, bottom profiled punch die 2f, block punch die 2k, can also include that the pre-riveting in contact punch die 2h1, the contact punch die 2h2 that presses (sees Figure 12, can also be not provided with the pre-riveting in contact punch die 2h1, contact presses punch die 2h2), on the direct of travel X prolonging touch panel blank 80, pre-riveting punching pin 32 and molding punching pin 33 on contact mold 31 are positioned at after contact holes punching pin 4d, block punching pin 4k and are arranged on finally；Include installing hole punching pin 4b, contact holes punching pin 4d, upper profile punching pin 4e, bottom profiled punching pin 4f with the punching pin in these punch dies the most one to one punching pin assembly 40, block punching pin 4k, pre-riveting punching pin 32, molding punching pin 33, (seeing Figure 13).Here " one_to_one corresponding successively " refers to that installing hole punching pin 4b is corresponding with installing hole punch die 2b, and the punching press forming punch pattern coordinates；Contact holes punching pin 4d is corresponding with contact holes punch die 2d, and the punching press forming punch pattern coordinates；Upper profile punching pin 4e is corresponding with upper profile punch die 2e, and the punching press forming discharged way coordinates；Bottom profiled punching pin 4f is corresponding with bottom profiled punch die 2f, and the punching press forming discharged way coordinates；It is corresponding with blocking punch die 2k to block punching pin 4k, and the punching press forming discharged way coordinates；Riveting pre-with contact punch die 2h1 is corresponding for pre-riveting punching pin 32, and the punching press forming pre-riveting mode (contact blank 11a is inserted contact holes 80d) coordinates；The molding punching pin 33 punch die 2h2 that presses with contact is corresponding, and the punching press forming bulk forming mode (shape of formed contacts and riveted structure) coordinates.Described punch pattern, discharged way, pre-riveting mode, the concrete structure of bulk forming mode, can be from touch panel blank 80, remove remaining material after various blanking according to concrete stock layout structure and known contact finished product 8 (workpiece), remove various blanking installing hole blanking 8b as shown in figure 14 to determine according to punching press principle, the mode that workpiece constituted mode is blanking of the embodiment that Figure 11 to Figure 21 is given.Specifically, the first preferred version remove the workpiece constituted mode under discharged way as shown in figure 14: remove and form installing hole 80b after installing hole blanking 8b；Contact holes 80d is formed after removing contact holes blanking 8d；Upper profile 80e is formed after profile blanking 8e in removal；Bottom profiled 80f is formed after removing bottom profiled blanking 8f；Installing hole 80d is formed after removing installing hole blanking 8b；Contact holes 80d is formed after removing contact holes blanking 8d；Removal makes contact finished product 8 separate with touch panel blank 80 after blocking blanking 8k.It should be noted that, the workpiece constituted mode of the composite die of multiple operation integration contact process equipment of the present utility model is not limited to the mode of blanking, can also be the mode taking blanking, i.e. the touch panel workpiece (contact finished product 8 remove contact 6 after workpiece) of contact finished product 8 be the blanking that stamping-out obtains from touch panel blank 80.The second preferred version of the concrete structure taking the composite die under the mode of blanking comprises the steps that described die assembly includes that installing hole punch die 2b, contact holes punch die 2d, the pre-riveting in contact punch die 2h1, contact press punch die 2h2, profile stamping-out punch die (not shown)；Installing hole punching pin 4b, contact holes punching pin 4d, pre-riveting punching pin 32, molding punching pin 33, profile stamping-out punching pin (not shown) is included with the punching pin in these punch dies the most one to one punching pin assembly 40.Contact holes punching pin 4d is corresponding with contact holes punch die 2d, and the punching press forming punch pattern coordinates；Riveting pre-with contact punch die 2h1 is corresponding for pre-riveting punching pin 32, and the punching press forming pre-riveting mode (contact blank 11a is inserted contact holes 80d) coordinates；The molding punching pin 33 punch die 2h2 that presses with contact is corresponding, and the punching press forming bulk forming mode (shape of formed contacts and riveted structure) coordinates；Profile stamping-out punching pin is corresponding with profile stamping-out punch die, and the punching press forming discharged way coordinates.The workpiece constituted mode under discharged way that takes of the second preferred version is: form installing hole 80d after removing installing hole blanking 8b；Contact holes 80d is formed after removing contact holes blanking 8d；The blanking that the punching press that profile stamping-out punching pin rushes with profile stamping-out cooperatively forms is exactly contact finished product 8.Relatively Figure 12 to Figure 17 is visible, the second preferred version of composite die of the present utility model is with the difference of the first preferred version: the second preferred version eliminates upper profile punch die 2e, bottom profiled punch die 2f, upper profile punching pin 4e, bottom profiled punching pin 4f, further, the punch die 2k that blocks of the first preferred version is replaced by profile stamping-out punch die, blocks punching pin 4k and be replaced by profile stamping-out punching pin.Profile stamping-out punching pin coordinates with the punching press of profile stamping-out punch die so that the appearance profile of the closing of the touch panel workpiece of contact finished product 8 separates with touch panel blank 80, and in other words, touch panel workpiece is that profile stamping-out punching pin coordinates blanking formed thereby with the punching press of profile stamping-out punch die.Compared with the first preferred version, although the second preferred version decreases the quantity of punching pin and punch die, but make punch (punching pin) that the punching press of the stamping-out mode of closed outline coordinates and die (punch die) to manufacture and design difficulty relatively large, in addition, owing to profile stamping-out punching pin coordinates need to implement on the basis of the shape of contact and riveting are formed with the punching press of profile stamping-out punch die, therefore, for some contact (as excessive in contact size, contact position crosses the contact kept to the side), the use of the second preferred version may be not so good as the first preferred version.The punching press fit structure of the present embodiment also includes the material-dropping hole (not shown) being correlated with simultaneously, that is: the installing hole punch die 2b of described die assembly, contact holes punch die 2d, upper profile punch die 2e, bottom profiled punch die 2f, block punch die 2k and be each provided with material-dropping hole, each material-dropping hole drops respective blanking (seeing Figure 14 and Figure 17) respectively, and the blanking being corresponding in turn to each punch die includes installing hole blanking 8b, contact holes blanking 8d, upper profile blanking 8e, bottom profiled blanking 8f, blocks blanking 8k.The design of material-dropping hole position should be easy to each blanking can successfully drop to the appointment position of design by means of gravity.

In order to be able to omit touch panel blank feed mechanism and contact blank feed mechanism, another beneficial features of composite die of the present utility model is, on the direct of travel X prolonging touch panel blank 80, on described contact lower bolster 2 block punch die 2k or profile stamping-out punch die is arranged in the rearmost position of die assembly.In order to and simplify the structure of contact mould, the stock layout structure of this enforcement is, described touch panel blank 80 is strip strip, the touch panel workpiece of each contact finished product 8 by a row one along structure arrange." row one is along structure " described here refers to that the touch panel workpiece of each contact finished product 8 forms a line along the direct of travel X of touch panel blank 80, and the contact 6 of each contact finished product 8 arranges (structure is arranged as shown in Figure 14 to Figure 17) the most in the same direction.Obviously, such stock layout structure, make cutting off the edge of a knife 35 and with a fixing stroke, contact blank 11a being delivered to Yu Mao position, contact (position shown in Figure 16 and Figure 17) of contact mould, thus simplify the structure of contact mould, and also it is easily controlled the positioning precision of contact blank 11a.

Another beneficial features of multiple operation integration contact process equipment of the present utility model is the Form and position error about the inside and outside shape how reducing contact finished product 8, the most how to guarantee the precision of the inside and outside shape of contact finished product 8, mainly including the position dimension precision of the overall size precision of X-direction and Y-direction, installing hole 80b and contact holes 80d, its implementation can have multiple.A kind of means preferably using the repetitive positioning accuracy improving touch panel blank 80, its structure related to includes: the installing hole punch die 2b on described contact lower bolster 2 is arranged in the front position (i.e. the most left position shown in Figure 12 to Figure 17) of die assembly, so that installing hole 8b is in front position；Described die assembly also includes that fabrication hole punch die 2c, the corresponding punching pin in punching pin assembly 40 also include that the punching press of fabrication hole punching pin 4c, fabrication hole punching pin 4c and fabrication hole punch die 2c cooperatively forms fabrication hole 80c.Certainly, fabrication hole 80c should be preferably provided at forward position (i.e. the position kept left shown in Figure 12 to Figure 17), and the formation of fabrication hole 80c also need to be provided for dropping the material-dropping hole of technique blanking 8c on fabrication hole punch die 2c.Obviously, by the installing hole 8b and the fabrication hole 80c of forward position of front position, it is possible to achieve feeding stride and the accurate control of feeding skew to touch panel blank 80, to guarantee overall size precision and the position dimension precision that X-direction is relevant.The overall size precision that position dimension precision between a kind of punch die preferably utilized on die assembly is correlated with to the Y-direction guaranteeing contact finished product 8, its structure related to includes: the upper profile punch die 2e of described die assembly includes profile blade 20e, bottom profiled punch die 2f includes bottom profiled blade 20f, and height distance L1 between upper profile blade 20e and bottom profiled blade 20f is equal to the design height L of contact finished product 8；Height distance M1 between center and the center of contact holes punch die 2d of the installing hole punch die 2b of described die assembly is equal to designed distance M between installing hole center and the contact holes center of contact finished product 8.

Figure 15-Figure 17 diagrammatically illustrates the different operating state of a stroke of the multiple operation integration contact process equipment of the present embodiment, and a stroke of the multiple operation integration contact process equipment further illustrating the present embodiment below in conjunction with Figure 15 to Figure 17 goes out whole inside and outside shape and the operation principle of riveted structure of contact finished product 8.

Under the original state shown in Figure 15: motion platform 101 and each punching pin are in extreme higher position, punching pin assembly 40 separates with the die assembly on contact lower bolster 2, sliding block 36 and the cut-out edge of a knife 35 are in initial position, the feed appliance of contact bar 11 has just completed new feeding, the feed mechanism of touch panel blank 80 has just completed new feeding, and touch panel blank 80 has hidden installing hole punch die 2b, contact holes punch die 2d, upper profile punch die 2e, bottom profiled punch die 2f, blocked punch die 2k；As shown in figure 15, including multiple contact holes 80d gone out, installing hole 80b, upper profile 80e, bottom profiled 80f, fabrication hole 80c, contact holes 80d of last sky is in pre-riveting position to the shape that touch panel blank 80 was gone out by former stroke；The contact blank 11a formed at upper once stroke has inserted in the contact holes of riveting location, and contact blank 11a is positioned at contact and presses the above of punch die 2h2 the punch die 2h2 that presses facing to contact；Block punch die 2k be in touch panel blank 80 on latter two between profile 80e below；The contact 6 that last stroke is formed is molded and completes riveting；The fabrication hole 80c of rearmost position is positioned at above bottom profiled punch die 2f.Under the original state shown in Figure 15, the downward punching press of motion platform 101 is moved, and drives the downward punching press of each punching pin on punching pin assembly 40 to move, and arrives the momentary status shown in Figure 16.

In the momentary status shown in Figure 16: each punching pin not yet moves down and arrives the position coordinated with each die punch, slide block punching pin 34 coordinates with sliding block 36 punching press, and order about sliding block 36 and cut off the edge of a knife 35 and move horizontally towards Y-direction, this termination moving the contact bar 11 in the through hole 351 so that cutting off the edge of a knife 5 is cut into new contact blank 11a, and also the new contact blank 11a in the through hole 351 cutting off the edge of a knife 5 is continued to move to be sent to Yu Mao position, contact by cutting off the edge of a knife 35, on Yu Mao position, this contact, new contact blank 11a is positioned at above touch panel blank 80, and facing to contact holes 80d having been located in pre-riveting position gone out with forward stroke.Under the momentary status shown in Figure 16, motion platform 101 continues downward punching press and moves, and drive each punching pin on punching pin assembly 40 to coordinate with each die punch of the die assembly on contact lower bolster 2, after punching press coordinates, motion platform 101 starts to return up, and arrives another momentary status shown in Figure 17.

Under the momentary status shown in Figure 17: each punching pin has completed to coordinate with the punching press of each punch die, but slide block punching pin 34 also coordinates with sliding block 36 punching press, sliding block 36 and cut off the edge of a knife 35 still in pre-riveting position.That is: installing hole punching pin 4b cooperatively forms new installing hole blanking 8b with installing hole punch die 2b punching press, has gone out new installing hole 80b；Contact holes punching pin 4d cooperatively forms new contact holes blanking 8d with contact holes punch die 2d punching press, has gone out new contact holes 80d；Fabrication hole punching pin 4c cooperatively forms new fabrication hole blanking 8c with fabrication hole punch die 2c punching press, has gone out new fabrication hole 80c；Upper profile punching pin 4e cooperatively forms new upper profile blanking 8c with upper profile punch die 2e punching press, has gone out new upper profile 80e；Bottom profiled punching pin 4f cooperatively forms new bottom profiled blanking 8f with bottom profiled punch die 2f punching press, has gone out new bottom profiled 80f；The punch die 2h2 punching press that pressed with contact of pre-riveting punching pin 32 coordinates, and new contact blank 11a is inserted contact holes 80d that pre-riveting position has been；Molding punching pin 33 contact press punch die 2h2 punching press coordinate, completed shaping and the riveting of new contact 6；Block punching pin 4k with block punch die 2k punching press and cooperatively form and new block blanking 8k, made contact finished product 8 separate with touch panel blank 80.

Under the momentary status shown in Figure 17, motion platform 101 continues back up, during returning: slide block punching pin 34 separates with sliding block 36, sliding block 36 and the cut-out edge of a knife 35 opposite direction towards Y-direction under the effect of the elastic force that automatically resets is moved horizontally, until the initial position shown in Figure 15；Then the feed appliance of contact bar 11 carries out next step feeding, and the feed mechanism of touch panel blank 80 carries out next step feeding；Until next step feeding is fully completed, and motion platform 101 returns back up to extreme higher position, then terminate this stroke, is returned to the original state shown in Figure 15.

The foregoing is only preferred embodiment of the present utility model, it is not limited to this utility model, such as, the embodiment that this utility model provides be stroke go out a contact finished product 8 whole inside and outside shape and the mode of riveted structure, but protection domain of the present utility model is not limited to this mode, it also includes that stroke goes out whole inside and outside shape and the mode of riveted structure of multiple contact finished product 8, because realizing stroke to go out whole inside and outside shape and the mode of riveted structure of multiple contact finished product 8, only need to increase punching pin assembly 40 on the basis of the above embodiments, die assembly and the tricks of contact mould.For a person skilled in the art, this utility model can have various modifications and variations.Every any modification, equivalent substitution and improvement etc. done within spirit of the present utility model and principle, within should be included in right of the present utility model.

Claims (10)

1. a multiple operation integration contact process equipment, the guide pillar (103) including base platform (102), being fixed on base platform (102), the motion platform (101) can being arranged on up or down on guide pillar (103), it is characterized in that: also include the feed mechanism of touch panel blank (80), be fixedly installed on the contact lower bolster (2) on described base platform (102) and the contact cope match-plate pattern (4) being fixedly installed on motion platform (101)；It is provided with the die assembly including multiple punch die on described contact lower bolster (2), described contact cope match-plate pattern (4) is provided with the punching pin assembly (40) including multiple punching pin；The described die assembly on contact lower bolster (2) includes contact holes punch die (2d) and blocks punch die (2k), and described punching pin assembly (40) is correspondingly provided with contact holes punching pin (4d) and blocks punching pin (4k)；Described motion platform (101) band moving contact cope match-plate pattern (4) moves down and makes punching pin assembly (40) coordinate with die assembly punching press the touch panel blank (80) of template is gone out multiple contact finished product (8), contact holes punching pin (4d) coordinates with contact holes punch die (2d) goes out contact holes (80d) on touch panel blank (80), block punching pin (4k) and block punch die (2k) coordinate touch panel blank (80) is blocked.

Multiple operation integration contact process equipment the most according to claim 1, it is characterized in that: also include contact mould, contact mould includes the contact lower mold (30) being arranged on base platform (102), the contact mold (31) being arranged on motion platform (101), the pre-riveting punching pin (32) being fixedly installed on contact mold (31) and molding punching pin (33), the horizontally movable sliding block (36) being arranged in contact lower mold (30) and the cut-out edge of a knife (35) being arranged on sliding block (36), and it is used for carrying the feed appliance (12) of contact bar (11)；Described motion platform (101) moves down, band movable contact mold (31) and contact cope match-plate pattern (4) move downward simultaneously, the moving horizontally of sliding block (36) first drives cuts off the edge of a knife (35) and moves horizontally contact bar (11) is cut into contact blank (11a), meanwhile, cut off the edge of a knife (35) and also contact blank (11a) is transplanted on during moving horizontally the pre-riveting position of pre-riveting punching pin (32) lower section；Then, contact holes punching pin (4d) coordinates the contact holes (80d) going out this punching press on touch panel blank (80) with contact holes punch die (2d), the pre-riveting position of pre-riveting punching pin (32) lower section is corresponding with punching press contact holes in the early time (80d) position on touch panel blank (80), contact blank (11a) is riveted in the contact holes (80d) that pre-riveting position is corresponding by pre-riveting punching pin (32) in advance, another corresponding below contact blank (11a) being riveted to the most in advance in contact holes (80d) is struck out the shape of contact (11b) by molding punching pin (33), block punching pin (4k) and block punch die (2k) and coordinate and from touch panel blank (80), block out riveting in the early time have the contact finished product (8) of contact (11b).

Multiple operation integration contact process equipment the most according to claim 2, it is characterised in that: it is additionally provided with the slide block punching pin (34) that sliding block (36) can be driven to move horizontally on described contact mold (31)；Described contact mold (31) drives pre-riveting punching pin (32) simultaneously, once moving down of molding punching pin (33) and slide block punching pin (34), slide block punching pin (34) is made first to drive sliding block (36) and the cut-out edge of a knife thereon (35) to move horizontally and complete the shearing to contact blank (11a) and transfer, contact blank (11a) and the contact holes (80d) corresponding with pre-riveting punching pin (32) that this is transferred by the most pre-riveting punching pin (32) rivet in advance, the contact blank (11a) the most corresponding with molding punching pin (33) is struck out contact (11b) by molding punching pin (33).

Multiple operation integration contact process equipment the most according to claim 1, it is characterised in that: the die assembly of described contact lower bolster (2) includes installing hole punch die (2b), contact holes punch die (2d), upper profile punch die (2e), bottom profiled punch die (2f), blocks punch die (2k)；The punching pin assembly (40) of described contact cope match-plate pattern (4) include the most one to one installing hole punching pin (4b), contact holes punching pin (4d), upper profile punching pin (4e), bottom profiled punching pin (4f), block punching pin (4k).

Multiple operation integration contact process equipment the most according to claim 2, it is characterised in that: the die assembly of described contact lower bolster (2) includes installing hole punch die (2b), contact holes punch die (2d), upper profile punch die (2e), bottom profiled punch die (2f), blocks punch die (2k)；The punching pin assembly (40) of described contact cope match-plate pattern (4) include one to one installing hole punching pin (4b), contact holes punching pin (4d), upper profile punching pin (4e), bottom profiled punching pin (4f), block punching pin (4k)；On the direct of travel X prolonging touch panel blank (80), pre-riveting punching pin (32) and molding punching pin (33) on contact mold (31) are positioned at after contact holes punching pin (4d), block punching pin (4k) and are arranged on finally.

6. according to the multiple operation integration contact process equipment described in claim 4 or 5, it is characterised in that: the installing hole punch die (2b) of described die assembly, contact holes punch die (2d), upper profile punch die (2e), bottom profiled punch die (2f), block punch die (2k) and be each provided with material-dropping hole.

7. according to the multiple operation integration contact process equipment described in claim 4 or 5, it is characterized in that: the upper profile punch die (2e) of described die assembly includes profile blade (20e), bottom profiled punch die (2f) includes bottom profiled blade (20f), and height distance L1 between upper profile blade (20e) and bottom profiled blade (20f) is equal to the design height L of described contact finished product (8)；Further, height distance M1 between center and the center of contact holes punch die (2d) of the installing hole punch die (2b) of described die assembly is equal to designed distance M between installing hole center and the contact holes center of described contact finished product (8).

Multiple operation integration contact process equipment the most according to claim 1, it is characterised in that: the described die assembly on contact lower bolster (2) includes installing hole punch die (2b), contact holes punch die (2d) and profile stamping-out punch die；Described punching pin assembly (40) includes installing hole punching pin (4b), contact holes punching pin (4d) and the profile stamping-out punching pin being corresponding in turn to.

Multiple operation integration contact process equipment the most according to claim 2, it is characterised in that: the direction Y moved horizontally of the sliding block (36) of described contact mould is vertical with the direct of travel X of described touch panel blank (80).

Multiple operation integration contact process equipment the most according to claim 2, it is characterized in that: the contact mold (31) of described contact mould and contact cope match-plate pattern (4) are overall upper module group units, integral installation is on motion platform (101), the contact lower mold (30) of described contact mould and contact lower bolster (2) are overall lower module group units, and integral installation is on base platform (102).