CN207402899U - A kind of continuous punching for material strip processing takes brilliant device - Google Patents

Abstract

The utility model provides a kind of continuous punching for material strip processing and takes brilliant device, including mechanism of stopping reading, conveying mechanism, punching press grain picking machine structure and die bond platform, tep reel is provided in the mechanism of stopping reading, material strip is arranged on the tep reel；The conveying mechanism is by the web feed on material strip disk into the punching press grain picking machine structure；Wafer absorption is simultaneously placed on the die bond platform by wafer on the punching press grain picking machine structure die cut material strip, by stopping reading, cutting and taking operative combination of the brilliant process by automation, so that the operation automation for taking wafer of material strip operates, the labor intensity of operating personnel is alleviated, substantially increases the efficiency of cutting and the pickup of wafer.

Description

A kind of continuous punching for material strip processing takes brilliant device

Technical field

The utility model is related to a kind of diode package fields more particularly to a kind of continuous punching for material strip processing to take Brilliant device.

Background technology

In existing diode package operation, usual wafer is taken from blue film or directly shaking tray is carried out to take brilliant operation, And to the wafer on material strip without cutting and the mechanism for picking of good automation, it is necessary to which operating personnel carry out heavy manual behaviour Make, work efficiency is relatively low.

Utility model content

The technical problems to be solved in the utility model is：Wafer is taken to need the heavy craft of operating personnel on existing material strip Operation, inefficiency, the utility model provide a kind of continuous punching for material strip processing and take brilliant device to solve above-mentioned ask Topic.

Technical solution is used by the utility model solves its technical problem：A kind of continuous punching for material strip processing Brilliant device is taken, including mechanism of stopping reading, conveying mechanism, punching press grain picking machine structure and die bond platform, tep reel is provided in the mechanism of stopping reading, Material strip is arranged on the tep reel；The conveying mechanism is by the web feed on material strip disk into the punching press grain picking machine structure；Institute It states the wafer on punching press grain picking machine structure die cut material strip and wafer absorption is placed on the die bond platform.

Further：The mechanism of stopping reading includes rack, and the tep reel is rotatably arranged in the rack, the conveyer Structure is arranged at the left side below the tep reel, and the tep reel is set on the right side of the conveying mechanism by motor-driven rotation of stopping reading Deflecting wheel is equipped with, the center of rotation direction of the deflecting wheel is parallel with the center of rotation direction of the tep reel, the material strip fitting The deflecting wheel periphery lower edge and stretch into the conveying mechanism；Prison is provided between the deflecting wheel and the tep reel The monitoring device of the material strip length released is surveyed, the monitoring device is electrically connected on the motor of stopping reading and can control Motor of stopping reading described in system rotates.

Further：The monitoring device includes the first slide, the first sliding block, spring and travel switch, and described first slides The horizontal fixed setting of rail, first sliding block are slidably mounted on first slide, and sensing is equipped on first sliding block Wheel, the right side for being arranged on the material strip of the induction wheel, the center of rotation direction of the induction wheel and the rotation of the tep reel Center position is parallel；The left end of first slide is provided with limited block；The spring horizontal is arranged on first sliding block Between the rack and first sliding block pushing tow to the left can be provided with blend stop, the stroke is opened on first sliding block It closes and is arranged on the right side of the blend stop, the travel switch is electrically connected at described stop reading on motor and electricity of stopping reading described in controlling Machine rotates；When the material strip between the deflecting wheel and the tep reel is exceptionally straight, material strip pushing tow induction wheel to the right, described first Sliding block moves right, and the blend stop contacts the contact of the travel switch.

Further：The conveying mechanism includes delivery platform, and the material strip is placed on the delivery platform, the material It takes along the length direction of the material strip and has been placed equidistant with several fabrication holes, vertical shifting is provided with below the delivery platform Motivation structure, horizontal mobile mechanism and probe, the vertical shift mechanism are arranged on the horizontal mobile mechanism and described perpendicular Straight moving mechanism the length direction of material strip can move horizontally described in the driving lower edge in the horizontal mobile mechanism, and the probe is set It puts in the vertical shift mechanism and the probe can vertically move under the driving of the vertical shift mechanism； On the delivery platform, the bar shaped of the lower planes of the delivery platform is provided through at the position of the corresponding fabrication hole Hole, the length direction of the bar hole are parallel with the length direction of the material strip；The probe passes through the bar shaped from the bottom to top Kong Bingneng, which is moved up, to be arranged in the fabrication hole.

Further：The horizontal mobile mechanism includes the second leading screw, the second sliding block and the second motor, second leading screw It being horizontally disposed with along the length direction parallel to the material strip, second sliding block is mounted on second leading screw, and described second Leading screw is rotated by simultaneously driving length direction shifting of second sliding block along second leading screw second motor It is dynamic；The vertical shift mechanism is fixedly mounted on second sliding block.

Further：The vertical shift mechanism includes cylinder, and the cylinder body of the cylinder is fixedly mounted on described the vertically On two sliding blocks, the probe is fixed at vertically on the piston rod of the cylinder.

Further：The punching press grain picking machine structure include the 3rd horizontal screw lead, the 3rd horizontal slider, the 3rd horizontal motor, 3rd vertical leading screw, the 3rd upright slide block, the 3rd vertical motor, pressing plate and backing plate,

The horizontal fixed setting of 3rd horizontal screw lead, the backing plate and the die bond platform are separately positioned on the 3rd water The lower section at flat leading screw both ends, the 3rd horizontal slider are mounted on the 3rd horizontal screw lead, and the 3rd horizontal screw lead exists 3rd horizontal motor is rotated by and can drive axial direction of the 3rd horizontal slider along the 3rd horizontal screw lead Movement；

The 3rd vertical leading screw is fixed at vertically on the 3rd horizontal slider, the 3rd upright slide block installation On the 3rd vertical leading screw, the 3rd vertical leading screw is rotated by the 3rd vertical motor and can drive institute State axial movement of the 3rd upright slide block along the 3rd vertical leading screw；

The pressing plate is mounted on the 3rd upright slide block, and vacuum slot, the backing plate etc. are provided on the pressing plate High setting is provided with the punch that can be stretched out upwards on the left side of the delivery platform, the backing plate.

Further：Material collecting box for harvesting is provided on the left of the backing plate.

The beneficial effects of the utility model are that a kind of continuous punching for material strip processing of the utility model takes brilliant device to lead to Operative combination of the brilliant process by automation will be stopped reading, cuts and take by crossing so that the operation automation for taking wafer of material strip Operation alleviates the labor intensity of operating personnel, substantially increases the efficiency of cutting and the pickup of wafer.

Description of the drawings

The utility model is further illustrated with reference to the accompanying drawings and examples.

Fig. 1,2 are a kind of structure diagrams for being used for the continuous punching that material strip is processed and taking brilliant device of the utility model；

Fig. 3 is the front view of mechanism of stopping reading；

Fig. 4 is the left view of mechanism of stopping reading；

Fig. 5 is the structure diagram of material strip；

Fig. 6,7,8 are the structure diagrams of conveying device.

1, tep reel in figure, 2, conveying device, 3, punching press grain picking machine structure, 4, die bond platform, 5, rack, 6, motor of stopping reading, 7, become To wheel, the 8, first slide, the 9, first sliding block, 10, induction wheel, 11, limited block, 12, spring, 13, travel switch, 14, blend stop, 15th, material strip, 16, delivery platform, 17, probe, 18, bar hole, the 19, second leading screw, the 20, second sliding block, the 21, second motor, 22, Cylinder, the 23, the 3rd horizontal screw lead, the 24, the 3rd horizontal slider, the 25, the 3rd horizontal motor, the 26, the 3rd vertical leading screw, the 27, the 3rd Upright slide block, the 28, the 3rd vertical motor, 29, pressing plate, 30, backing plate, 31, Material collecting box for harvesting, 32, fabrication hole, 33, wafer.

Specific embodiment

The embodiment of the utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning Same or similar element is represented to same or similar label eventually or there is same or like element.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and it is not intended that the utility model Limitation.On the contrary, the embodiment of the utility model includes falling into owning in the range of the spirit and intension of attached claims Variation, modification and equivalent.

In the description of the utility model, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer ", " axis To ", " radial direction ", the orientation of the instructions such as " circumferential direction " or position relationship be based on orientation shown in the drawings or position relationship, be only for Convenient for the description present invention and simplify description rather than instruction or imply that signified device or element there must be specific side Position, with specific azimuth configuration and operation, therefore be not considered as limiting the invention.

In addition, term " first ", " second " etc. are only used for description purpose, and it is not intended that indicating or implying relatively important Property., it is necessary to which explanation, unless otherwise clearly defined and limited, term " connected " " connects in the description of the utility model Connect " it should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected or be integrally connected；It can be machine Tool is connected or is electrically connected；It can be directly connected, can also be indirectly connected by intermediary.For this field For those of ordinary skill, concrete meaning of the above-mentioned term in the utility model can be understood with concrete condition.In addition, in this reality With in new description, unless otherwise indicated, " multiple " are meant that two or more.

As depicted in figs. 1 and 2, the utility model provides a kind of continuous punching for material strip processing and takes brilliant device, wraps Mechanism of stopping reading, conveying mechanism 2, punching press grain picking machine structure 3 and die bond platform 4 are included, tep reel 1, the band are provided in the mechanism of stopping reading Material strip 15 is arranged on disk 1；Material strip 15 on 15 disk 1 of material strip is delivered to the punching press grain picking machine structure 3 by the conveying mechanism 2 In；The absorption of wafer 33 is simultaneously placed on the die bond platform 4 by wafer 33 on the 3 die cut material strip 15 of punching press grain picking machine structure On.

It is stopped reading around the material strip 15 being located on tep reel 1 after mechanism releases, is transported to punching press by conveying device 2 and takes Punching press is carried out in brilliant mechanism 3 and takes brilliant operation, the wafer 33 cut down that is finally stamped is placed on die bond platform 4 to carry out down Single stepping.Mechanism of stopping reading during whole operation constantly discharges material strip 15, by the constantly material conveying of conveying mechanism 2 Piece, punching press grain picking machine structure 3 continuously carry out cutting and take brilliant work, due to the input of material strip 15 be it is continuous, it is entire to fill The work put is also the process that the pickup granting tablet that repetition is omitted is compared in the continuous operation with single tablet, is carried significantly The efficiency that high wafer 33 is produced, whole-course automation operation alleviate the labor intensity of operating personnel.

As shown in Figure 3 and Figure 4, the mechanism of stopping reading includes rack 5, and the tep reel 1 is rotatably arranged in the rack 5, The conveying mechanism 2 is arranged at the left side of 1 lower section of tep reel, and the tep reel 1 drives rotation by motor 6 of stopping reading, described defeated The right side of mechanism 2 is sent to be provided with deflecting wheel 7, the center of rotation direction of the deflecting wheel 7 and the center of rotation direction of the tep reel 1 Parallel, the material strip 15 is fitted in the periphery lower edge of the deflecting wheel 7 and stretches into the conveying mechanism 2；In the deflecting wheel 7 The monitoring device for 15 length of the material strip that monitoring releases is provided between the tep reel 1, the monitoring device is electrical It is connected to described stop reading on motor 6 and motor 6 of stopping reading described in controlling rotates.

Material strip 15 is wound on tep reel 1, the periphery lower edge that material strip 15 is close to deflecting wheel 7 is stretched into again in conveying mechanism 2, is become Play the role of good deflecting to 7 pairs of material strips 15 for being close to periphery of wheel so that material strip 15 can smoothly stretch into conveying mechanism 2 In, conveying mechanism 2 will can inwardly pull material strip 15 to carry out the further operating of material strip 15.

During beginning, motor 6 of stopping reading rotation is stopped reading, and is stopped operating after releasing the material strip 15 of a distance, conveying mechanism 2 is not Disconnected ground inwardly pulls material strip 15 and is processed, after 15 length of material strip out to be released gradually shortens, the material strip 15 that releases It is gradually exceptionally straight, after monitoring device monitors that 15 shape of the material strip released between deflecting wheel 7 and tep reel 1 is exceptionally straight, illustrate this When the material strip 15 that releases be processed and consume almost, monitoring device sends signal at this time, and control motor 6 of stopping reading rotates Material strip 15 is discharged again, to ensure that conveying mechanism 2 there can be enough material strips 15 to provide.

The monitoring device includes the first slide 8, the first sliding block 9, spring 12 and travel switch 13, first slide 8 Level fixed setting, first sliding block 9 are slidably mounted on first slide 8, and sensing is equipped on first sliding block 9 Wheel 10, the right side for being arranged on the material strip 15 of the induction wheel 10, the center of rotation direction of the induction wheel 10 and the band The center of rotation direction of disk 1 is parallel；The left end of first slide 8 is provided with limited block 11；The spring 12 is horizontally disposed First sliding block 9 pushing tow to the left can be set between first sliding block 9 and the rack 5 and on first sliding block 9 There is blend stop 14, the travel switch 13 is arranged on the right side of the blend stop 14, and the travel switch 13 is electrically connected at described release Motor 6 of stopping reading described in simultaneously being controlled on volume motor 6 rotates；When the material strip 15 between the deflecting wheel 7 and the tep reel 1 is exceptionally straight When, pushing tow induction wheel 10, first sliding block 9 move right the material strip 15 to the right, and the blend stop 14 contacts the stroke and opens Close 13 contact.

First sliding block 9 is mounted on the first slide 8 and can be free to slide on the first slide 8, when the material strip of release 15 it is enough when, the material strip 15 between deflecting wheel 7 and tep reel 1 is in the state loosened at this time, and spring 12 pushes up the first sliding block 9 to the left It pushes away so that the first sliding block 9 is adjacent on limited block 11；As conveying mechanism 2 constantly pulls material strip 15 inwards, release Material strip 15 is persistently consumed, and the material strip 15 between deflecting wheel 7 and tep reel 1 is gradually exceptionally straight, and exceptionally straight material strip 15 will pushing tow sense to the right 10 should be taken turns, and then the first sliding block 9 is promoted to move to the right, until the contact of 14 contacting travel of the blend stop switch 13 on the first sliding block 9. After the contact of travel switch 13 is contacted by blend stop 14, travel switch 13 sends signal, and motor 6 of stopping reading rotates discharges one section again After the material strip 15 of length, the material strip 15 between deflecting wheel 7 and tep reel 1 recovers relaxation state, and the first sliding block 9 is in the effect of spring 12 Under will be adjacent to left movement on limited block 11, such a working cycles stopped reading terminate.

This mode stopped reading on demand is avoided caused by the speed that motor 6 and conveying mechanism 2 are fed of stopping reading mismatches not The problem of synchronous, separates the fill process of the process of stopping reading and conveying mechanism 2.And stop reading motor 6 when by travel switch 13 Signal perform operation of stopping reading, be truly realized and stopped reading on demand, avoid material strip 15 burst size it is excessive caused by material strip 15 Between phenomena such as winding.

As shown in Fig. 6, Fig. 7 and Fig. 8, the conveying mechanism 2 includes delivery platform 16, and the material strip 15 is placed on described defeated It send on platform 16, as shown in figure 5, being placed equidistant with several fabrication holes along the length direction of the material strip 15 on the material strip 15 32, the lower section of the delivery platform 16 is provided with vertical shift mechanism, horizontal mobile mechanism and probe 17, the vertical shift machine Structure is arranged on the horizontal mobile mechanism and the vertical shift mechanism can be in the driving lower edge of the horizontal mobile mechanism The length direction of the material strip 15 moves horizontally, and the probe 17 is arranged in the vertical shift mechanism and the probe 17 It can vertically be moved under the driving of the vertical shift mechanism；On the delivery platform 16, the corresponding fabrication hole The bar hole 18 of the lower planes of the delivery platform 16, the length direction of the bar hole 18 are provided through at 32 position It is parallel with the length direction of the material strip 15；The probe 17 passes through the bar hole 18 and can move up and wears from the bottom to top In the fabrication hole 32.

Probe 17 is arranged on the lower section of delivery platform 16, under the driving of vertical shift mechanism and horizontal mobile mechanism, visits Pin 17 can be moved along vertically and horizontally both direction.Material strip 15 is placed on delivery platform 16, and fabrication hole 32 is set In the top of bar hole 18, material strip 15 is in the right end of delivery platform 16, and probe 17 is under the driving of vertical shift mechanism to moving up Dynamic to be extend into through bar hole 18 in some fabrication hole 32, then probe 17 holds material strip 15 under the driving of horizontal mobile mechanism The left end conveying to delivery platform 16 is moved horizontally, probe 17 is in vertical shift after probe 17 reaches the left end of delivery platform 16 It is moved down under the driving of mechanism, probe 17 in fabrication hole 32 by extracting out and then being returned under the driving of horizontal mobile mechanism original Delivery platform 16 right end, the conveying cycle of material strip 15 so can be completed, visit when needing to move material strip 15 again Mobile stretch in fabrication hole 32 carries out next conveying Xun Huan to pin 17 again up.

The mode of this mobile material strip 15 depends on horizontal move using step-by-step system, the every time distance of mobile material strip 15 The displacement distance of motivation structure, the displacement distance of material strip 15 is accurate, and the operation position of material strip 15 only needs to drag material strip with probe 17 15 final positions cycled every time mutually position, and no matter the conveying of how many times remains able to ensure mobile accuracy, will not There is accumulated error generation, the conveying mechanism 2 is simple in structure, only the size Control of both direction, operation and easy to control, conveying 2 reliability of mechanism is higher.

The horizontal mobile mechanism includes the second leading screw 19, the second sliding block 20 and the second motor 21, second leading screw 19 It is horizontally disposed with along the length direction parallel to the material strip 15, second sliding block 20 is mounted on second leading screw 19, institute The second leading screw 19 is stated to be rotated by second motor 21 and second sliding block 20 can be driven along second leading screw 19 length direction movement；The vertical shift mechanism is fixedly mounted on second sliding block 20.

Second leading screw 19 is rotated by the second motor 21, by controlling the rotation of the second motor 21 i.e. controllable the The exact position of two sliding blocks 20 in the horizontal direction, such horizontal mobile mechanism driving is steady, can drag forward with exactly Dynamic material strip 15, and the control of the assembled dimension of the second leading screw 19 and the second sliding block 20 is simple, mobile accuracy is high, can accurately control 17 mobile status in the horizontal direction of manufacturing probe.

The vertical shift mechanism includes cylinder 22, and the cylinder body of the cylinder 22 is fixedly mounted on second sliding block vertically On 20, the probe 17 is fixed at vertically on the piston rod of the cylinder 22.Vertical shift mechanism includes cylinder 22, erects Straight moving mechanism has the characteristics that mobile accuracy requirement is low, it is only necessary to be moved to two extreme positions up and down, cylinder 22 can To complete institute's operation requirement in need, and cylinder 22 have the characteristics that translational speed soon and it is easy to control, consume energy it is low, can be with It greatly improves 2 work efficiency of conveying mechanism and reduces the manufacture use cost of equipment.

The punching press grain picking machine structure 3 includes the 3rd horizontal screw lead 23, the 3rd horizontal slider 24, the 3rd horizontal motor 25, the Three vertical leading screws 26, the 3rd upright slide block 27, the 3rd vertical motor 28, pressing plate 29 and backing plate 30,

The horizontal fixed setting of 3rd horizontal screw lead 23, the backing plate 30 and the die bond platform 4 are separately positioned on described The lower section at 23 both ends of the 3rd horizontal screw lead, the 3rd horizontal slider 24 are mounted on the 3rd horizontal screw lead 23, and described the Three horizontal screw leads 23 are rotated by the 3rd horizontal motor 25 and can drive the 3rd horizontal slider 24 along described The axial movement of 3rd horizontal screw lead 23；

The 3rd vertical leading screw 26 is fixed at vertically on the 3rd horizontal slider 24, the 3rd upright slide block 27 are mounted on the described 3rd vertical leading screw 26, and the 3rd vertical leading screw 26 turns under the driving of the described 3rd vertical motor 28 It is dynamic simultaneously to drive axial movement of the 3rd upright slide block 27 along the described 3rd vertical leading screw 26；

The pressing plate 29 is mounted on the 3rd upright slide block 27, and vacuum slot is provided on the pressing plate 29, described The contour left side for being arranged on the delivery platform 16 of backing plate 30 is provided with the punch that can be stretched out upwards on the backing plate 30.

Pressing plate 29 can be along horizontally and vertically two sides under the driving of the 3rd horizontal motor 25 and the 3rd vertical motor 28 To random movement, when punching press takes brilliant work to start, material strip 15 is delivered to 30 top of backing plate by delivery platform 16, and pressing plate 29 adjusts Material strip 15 is pressed on to the upper plane of backing plate 30 to the top of backing plate 30 and moving down, punch from backing plate 30 upper plane to Upper stretching is separated wafer 33 by die cut on material strip 15, and then the vacuum slot on pressing plate 29 adsorbs wafer 33, The top of die bond platform 4 is moved to again in the driving lower platen 29 of the 3rd horizontal motor 25 and the 3rd vertical motor 28, and vacuum is inhaled Wafer 33 on mouth is placed on die bond platform 4, you can is completed a punching press and is taken brilliant working cycles.

The left side of the backing plate 30 is provided with Material collecting box for harvesting 31, and Material collecting box for harvesting 31, which can be collected to be stamped, has cut wafer 33 Material strip 15, avoid material strip 15 and be scattered.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or the spy for combining the embodiment or example description Point is contained at least one embodiment or example of the utility model.In the present specification, to the schematic table of the term It states and may not refer to the same embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be It is combined in an appropriate manner in any one or more embodiments or example.

Using the above-mentioned desirable embodiment according to the utility model as enlightenment, pass through above-mentioned description, related work people Member can carry out various changes and amendments in the range of without departing from this item utility model technological thought completely.This item is real The content being not limited to new technical scope on specification, it is necessary to which its technology is determined according to right Property scope.

Claims (8)

1. a kind of continuous punching for material strip processing takes brilliant device, it is characterised in that：Including mechanism of stopping reading, conveying mechanism（2）、 Punching press grain picking machine structure（3）With die bond platform（4）, tep reel is provided in the mechanism of stopping reading（1）, the tep reel（1）On be arranged with material Band（15）；The conveying mechanism（2）By tep reel（1）On material strip（15）It is delivered to the punching press grain picking machine structure（3）In；The punching Press grain picking machine structure（3）Die cut material strip（15）On wafer（33）And by wafer（33）Absorption is placed on the die bond platform（4） On.

2. a kind of continuous punching for material strip processing as described in claim 1 takes brilliant device, it is characterised in that：It is described to stop reading Mechanism includes rack（5）, the tep reel（1）It is rotatably arranged on the rack（5）On, the conveying mechanism（2）It is arranged on described Tep reel（1）At the left side of lower section, the tep reel（1）By motor of stopping reading（6）Driving rotates, the conveying mechanism（2）Right side set It is equipped with deflecting wheel（7）, the deflecting wheel（7）Center of rotation direction and the tep reel（1）Center of rotation direction it is parallel, it is described Material strip（15）It is fitted in the deflecting wheel（7）Periphery lower edge and stretch into the conveying mechanism（2）In；In the deflecting wheel（7） With the tep reel（1）Between be provided with the material strip that releases of monitoring（15）The monitoring device of length, the monitoring device It is electrically connected at the motor of stopping reading（6）Go up motor of stopping reading described in simultaneously controlling（6）It rotates.

3. a kind of continuous punching for material strip processing as claimed in claim 2 takes brilliant device, it is characterised in that：The monitoring Device includes the first slide（8）, the first sliding block（9）, spring（12）And travel switch（13）, first slide（8）Level is solid It is fixed to set, first sliding block（9）It is slidably mounted on first slide（8）On, first sliding block（9）On sensing is installed Wheel（10）, the induction wheel（10）Be arranged on the material strip（15）Right side, the induction wheel（10）Center of rotation direction With the tep reel（1）Center of rotation direction it is parallel；First slide（8）Left end be provided with limited block（11）；It is described Spring（12）It is horizontally set on first sliding block（9）With the rack（5）Between and can be by first sliding block（9）It pushes up to the left It pushes away, first sliding block（9）On be provided with blend stop（14）, the travel switch（13）It is arranged on the blend stop（14）Right side, The travel switch（13）It is electrically connected at the motor of stopping reading（6）Go up motor of stopping reading described in simultaneously controlling（6）It rotates；When described Deflecting wheel（7）With the tep reel（1）Between material strip（15）When exceptionally straight, the material strip（15）Pushing tow induction wheel to the right（10）, institute State the first sliding block（9）It moves right, the blend stop（14）Contact the travel switch（13）Contact.

4. a kind of continuous punching for material strip processing as claimed in claim 3 takes brilliant device, it is characterised in that：The conveying Mechanism（2）Including delivery platform（16）, the material strip（15）It is placed on the delivery platform（16）On, the material strip（15）Upper edge The material strip（15）Length direction be placed equidistant with several fabrication holes（32）, the delivery platform（16）Lower section be provided with Vertical shift mechanism, horizontal mobile mechanism and probe（17）, the vertical shift mechanism is arranged on the horizontal mobile mechanism And the vertical shift mechanism can material strip described in the driving lower edge in the horizontal mobile mechanism（15）Length direction it is horizontal It is mobile, the probe（17）It is arranged in the vertical shift mechanism and the probe（17）It can be in the vertical shift mechanism Driving under vertically move；In the delivery platform（16）On, the corresponding fabrication hole（32）Position at be provided with Through the delivery platform（16）Lower planes bar hole（18）, the bar hole（18）Length direction and the material strip （15）Length direction it is parallel；The probe（17）The bar hole is passed through from the bottom to top（18）And it can move up and be arranged in institute State fabrication hole（32）In.

5. a kind of continuous punching for material strip processing as claimed in claim 4 takes brilliant device, it is characterised in that：The level Moving mechanism includes the second leading screw（19）, the second sliding block（20）With the second motor（21）, second leading screw（19）Along parallel to The material strip（15）Length direction be horizontally disposed with, second sliding block（20）Mounted on second leading screw（19）On, it is described Second leading screw（19）In second motor（21）Be rotated by and second sliding block can be driven（20）Along described second Leading screw（19）Length direction movement；The vertical shift mechanism is fixedly mounted on second sliding block（20）On.

6. a kind of continuous punching for material strip processing as claimed in claim 5 takes brilliant device, it is characterised in that：It is described vertical Moving mechanism includes cylinder（22）, the cylinder（22）Cylinder body be fixedly mounted on second sliding block vertically（20）On, it is described Probe（17）The cylinder is fixed at vertically（22）Piston rod on.

7. a kind of continuous punching for material strip processing as claimed in claim 6 takes brilliant device, it is characterised in that：The punching press Grain picking machine structure（3）Including the 3rd horizontal screw lead（23）, the 3rd horizontal slider（24）, the 3rd horizontal motor（25）, the 3rd vertical thread Thick stick（26）, the 3rd upright slide block（27）, the 3rd vertical motor（28）, pressing plate（29）And backing plate（30）,

3rd horizontal screw lead（23）Level fixed setting, the backing plate（30）With the die bond platform（4）It is separately positioned on institute State the 3rd horizontal screw lead（23）The lower section at both ends, the 3rd horizontal slider（24）Mounted on the 3rd horizontal screw lead（23） On, the 3rd horizontal screw lead（23）In the 3rd horizontal motor（25）Be rotated by and can drive it is described 3rd level Sliding block（24）Along the 3rd horizontal screw lead（23）Axial movement；

The 3rd vertical leading screw（26）The 3rd horizontal slider is fixed at vertically（24）On, the 3rd upright slide block （27）Mounted on the 3rd vertical leading screw（26）On, the 3rd vertical leading screw（26）In the 3rd vertical motor（28）'s It is rotated by and the 3rd upright slide block can be driven（27）Along the 3rd vertical leading screw（26）Axial movement；

The pressing plate（29）Mounted on the 3rd upright slide block（27）On, the pressing plate（29）On be provided with vacuum slot, institute State backing plate（30）It is contour to be arranged on the delivery platform（16）Left side, the backing plate（30）On be provided with rushing of can stretching out upwards Head.

8. a kind of continuous punching for material strip processing as claimed in claim 7 takes brilliant device, it is characterised in that：The backing plate （30）Left side be provided with Material collecting box for harvesting（31）.