CN207806343U - A kind of hair clip integration process device - Google Patents

Abstract

The utility model discloses a kind of hair clip integration process devices, including actuating unit, carrying mechanism, shaping mechanism, punching mechanism and lathe, the punching mechanism is arranged on lathe, the shaping mechanism is arranged in punching mechanism right end, the carrying mechanism is arranged between the punching mechanism and the shaping mechanism, it is characterised in that：The punching mechanism includes the first punch assembly, the second punch assembly and third punch assembly, first punch assembly, the second punch assembly and third punch assembly are arranged at intervals on lathe, originally the work that a punching press can be completed is carried out in three steps by the utility model by using three punch assemblies, it avoids influencing each other between each punch in punching course, Dies ' Blanking gap is unstable, mold collides, the diel of damage need to only be dismantled when repair, it is easy to maintenance without carrying out the dismounting of mold entirety.

Description

A kind of hair clip integration process device

Technical field

The utility model is related to shop equipment more particularly to a kind of hair clip integration process devices.

Background technology

Existing hair clip mostly uses the form that first punching shaping is manually bent again and is processed.Or using mold cut out material in conjunction with The form of builder is produced, and the integrated level of mold is higher, not easy to repair, to the adjustment of profile angle cannot at any time into Row, can not be adjusted as desired to the bending angle of product when type, need to redesign mold, production cost is high, existing in addition Hair clip is mostly one time punching molded when carrying out punch process, in punching course, is influenced by punching machine slide precision, each punch Between influence each other, keep Dies ' Blanking gap unstable, mold is easy to happen collision, causes service life not high.

Utility model content

For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of hair clip integration process device, The work that can be completed of a punching press originally is carried out in three steps by three punch assemblies, avoid in punching course each punch it Between influence each other, Dies ' Blanking gap is unstable, and mold collides, and when repair need to only dismantle the diel of damage, nothing The dismounting of mold entirety need to be carried out, it is easy to maintenance.

The purpose of this utility model adopts the following technical scheme that realization：

A kind of hair clip integration process device, including actuating unit, carrying mechanism, shaping mechanism, punching mechanism and lathe, institute It states punching mechanism to be arranged on lathe, in punching mechanism right end, the carrying mechanism is arranged described for the shaping mechanism setting Between punching mechanism and the shaping mechanism, the actuating unit include be fixed at the motor of lathe upper end with for will be electric Mechanomotive force is transmitted to the transmission assembly of punching mechanism, shaping mechanism and carrying mechanism, and the punching mechanism includes the first punching press group Part, the second punch assembly and third punch assembly, first punch assembly, the second punch assembly and third punch assembly interval It is arranged on lathe.

Further, the carrying mechanism includes the lathe fixed plate affixed with lathe, is arranged in lathe fixed plate Cam splitter and it is arranged in carrying mechanism ontology of the Cam splitter far from lathe fixed plate one end, the carrying mechanism sheet Body includes upper plate, rotary track plate, the support shaft for connecting upper plate and rotary track plate, is arranged in upper plate and rotary track plate Between active flute profile wheel and servo-actuated flute profile wheel and connect the Fixture chain of servo-actuated flute profile wheel and active flute profile wheel, the cam Dispenser is provided with the rotation axis affixed with active flute profile wheel, the servo-actuated flute profile wheel and institute close to one end of carrying mechanism ontology The rotation connection of rotary track plate is stated, the Fixture chain is spliced by multiple fixtures, and the upper plate upper end is provided with fixed seat, It is provided with the actuating arm being rotatablely connected with fixed seat in the fixed seat, spill spin block, the rotation are provided on the actuating arm Two first connecting rods are provided on block, the described one end of two first connecting rods far from spill spin block is provided with dialling for control fixture folding Piece, the plectrum are abutted with fixture, and the plectrum is rotatablely connected with upper plate.

Further, the shaping mechanism includes the first forming panel, is rotated with the affixed support plate of lathe, with support plate The molding revolving part of connection is fixed at the second forming panel coordinated on molding revolving part and with the first forming panel, sets Set on the supporting plate and with support plate be rotatablely connected rotation swing rod, fixed setting on the supporting plate and with rotation swing rod cooperation Profiled sheeting is provided with the first slide being slidably connected with fixed seat, the first slide and driving on first forming panel Arm is rotatablely connected, and the described one end of molding revolving part far from the second forming panel is provided with second be rotatablely connected with support plate and slides Seat is provided with joining beam between the second slide and rotation swing rod, the first reset extension spring is provided in the second slide, First reset extension spring both ends are affixed with molding revolving part, second slide respectively.

Further, first punch assembly and the second punch assembly by upper mold, be matched with the upper die lower die and sliding block Fixed seat forms, and the upper mold is slidably connected with the sliding block fixed seat, and the lower die is arranged in lower part of upper die, the lower die its Rear end face is fixedly connected with the sliding block fixed seat, and reset compressed spring, the reset are provided between the upper mold and lathe Compressed spring one end is abutted with upper mold, and the other end is abutted with lathe.

Further, the third punch assembly includes upper mould fixed plate, the first press-stretched module, the second press-stretched module and pressure Exhibition position lower module, the first press-stretched module, the second press-stretched module are arranged in upper mould fixed plate lower end, the first press-stretched mould It is provided between block, the second press-stretched module and the upper mould fixed plate for by the first press-stretched module, the second press-stretched module and institute State upper mould fixed plate connection press-stretched position fixed plate, the press-stretched position lower module upper end be provided with the first press-stretched module, The press-stretched position of second press-stretched module cooperation.

Further, the shaping mechanism lower end is provided with the adjusting part being connect with the transmission assembly, the adjusting Component includes camshaft, first cranks arm and crank arm with second, and the camshaft is provided at both ends with the fixed plate affixed with lathe, described Camshaft, first crank arm, second cranks arm and fixed plate is rotatablely connected, be provided with and be used between the Cam splitter and camshaft It is convex it to be provided with first for cranking arm and abutting with first by the connector of camshaft power transmission to Cam splitter, on the camshaft Wheel and the second cam abutted of cranking arm with second, described first one end for cranking arm separate first cam is provided with and its screw thread connects The lead screw connect, the lead screw upper end are provided with the moving block being rotatablely connected with it, and the moving block is rotatablely connected with support plate, institute It states the one end of moving block far from lead screw to abut with second slide, described second one end for cranking arm separate second cam is provided with and it The second connecting rod of rotation connection, one end that the second connecting rod is cranked arm far from second are rotatablely connected with actuating arm, and described first is bent Arm is cranked arm with second and is connect by axis pin, described first crank arm on be provided with and reset extension spring with the affixed third of lathe.

Further, the transmission assembly includes the first sprocket wheel being fixed on electric machine main shaft, is fixed at machine The fixed station of bed side, the quadrant being arranged on fixed station and the first cross universal coupling are set on the fixed station It is equipped with limiting plate, first cross universal coupling is arranged between limiting plate and quadrant, first cross ten thousand One end of the close limiting plate of shaft coupling is provided with the rotation axis being rotatablely connected with limiting plate, first cross universal coupling It is connect with quadrant by transmission shaft, the second sprocket wheel is fixedly installed in the rotation axis, is arranged on second sprocket wheel It is useful for the metal bracelet of connection the first sprocket wheel and the second sprocket wheel.

Further, the camshaft is provided with the second cross universal coupling close to one end of the second cam, and described The one end of two cross universal couplings far from camshaft is provided with third cross universal coupling, the second cross universal shaft coupling By being driven axis connection, the quadrant and the third cross universal shaft coupling between device and third cross universal coupling Device is rotatablely connected.

Further, the second reset extension spring is additionally provided on the actuating arm, described second resets extension spring two End is affixed with actuating arm, lathe respectively.

Compared with prior art, the beneficial effects of the utility model are：

It, will be originally one time punching molded by the first punch assembly, the second punch assembly and third punch assembly of setting Process complete in three times, avoid influencing each other between punch in punching course, make Dies ' Blanking gap stablize, improve product matter Amount, while the collision between mold is avoided, improve the service life of mold；In addition, the setting of three punch assemblies, easy to use Person repairs when mold damages, and integral disassembly, assembly is needed when monolithic mold being avoided to damage, and saves maintenance time.

Description of the drawings

Fig. 1 is the structural schematic diagram of the utility model hair clip integration process device；

Fig. 2 is the structural schematic diagram of the utility model hair clip integration process device carrying mechanism；

Fig. 3 is the structural schematic diagram of the utility model hair clip integration process device active flute profile wheel；

Fig. 4 is the structural schematic diagram of the utility model hair clip integration process device shaping mechanism；

Fig. 5 is the structural schematic diagram of the utility model hair clip integration process device adjusting part；

Fig. 6 is the structural schematic diagram of the utility model hair clip integration process device punching mechanism；

Fig. 7 is the structural schematic diagram of the utility model hair clip integration process device transmission assembly.

In figure：10, actuating unit；20, carrying mechanism；30, shaping mechanism；40, punching mechanism；50, lathe；11, motor； 12, transmission assembly；121, the first sprocket wheel；122, the second sprocket wheel；123, fixed station；124, quadrant；125, the first cross Hooks coupling universal coupling；126, limiting plate；127, rotation axis；128, metal bracelet；129, the second cross universal coupling；130, third Cross universal coupling；21, lathe fixed plate；22, Cam splitter；23, carrying mechanism ontology；231, upper plate；232, it turns round Track plates；233, support shaft；234, active flute profile wheel；235, it is servo-actuated flute profile wheel；236, Fixture chain；2361, fixture；237, solid Reservation；238, actuating arm；239, spill spin block；2391, first connecting rod；2392, plectrum；31, the first forming panel；32, it supports Plate；33, it is molded revolving part；34, the second forming panel；35, swing rod is rotated；36, profiled sheeting；37, first slide；38, it second slides Seat；381, first resets extension spring；39, joining beam；41, the first punch assembly；42, the second punch assembly；43, third punching press group Part；411, upper mold；412, lower die；413, sliding block fixed seat；431, upper mould fixed plate；432, press-stretched position lower module；433, press-stretched Position fixed plate；434, press-stretched position；435, the first press-stretched module；436, the second press-stretched module；51, second resets extension spring； 60, adjusting part；61, camshaft；62, it first cranks arm；63, it second cranks arm；631, second connecting rod；64, fixed plate；611, first Cam；612, the second cam；621, lead screw；622, moving block；623, third resets extension spring.

Specific implementation mode

In the following, in conjunction with attached drawing and specific implementation mode, the utility model is described further, it should be noted that Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

Hair clip integration process device as shown in Figure 1, including actuating unit 10, carrying mechanism 20, shaping mechanism 30, punching press Mechanism 40 and lathe 50, punching mechanism 40 are arranged on lathe 50, and shaping mechanism 30 is arranged in 40 right end of punching mechanism, carrying implement Structure 20 is arranged between punching mechanism 40 and shaping mechanism 30, and actuating unit 10 includes the motor for being fixed at 50 upper end of lathe 11 with for by the transmission assembly 12 of 11 power transmission of motor to punching mechanism 40, shaping mechanism 30 and carrying mechanism 20, punching press Mechanism 40 includes the first punch assembly 41, the second punch assembly 42 and third punch assembly 43, the punching of the first punch assembly 41, second Pressure component 42 is arranged at intervals on third punch assembly 43 on lathe 50.

Facilitate the peace of actuating unit 10, carrying mechanism 20, shaping mechanism 30 and punching mechanism 40 by the setting of lathe 50 Dress, and power transmission to carrying mechanism 20, shaping mechanism 30 and punching mechanism 40 are made by integration process by transmission assembly 12 Device can normal operation, the carrying mechanism 20 of setting, shaping mechanism 30 and punching mechanism 40 coordinate, and completes the entirety of hair clip Processing, while punching mechanism 40 being divided for the first punch assembly 41, the second punch assembly 42 and third punch assembly 43, general's script Originally one time punching molded process is completed in three times, avoids influencing each other between punch in punching course, makes Dies ' Blanking Gap is stablized, and is improved product quality, while avoiding the collision between mold, is improved the service life of mold.

As shown in Figures 1 and 3, carrying mechanism 20 includes that the lathe fixed plate 21 affixed with lathe 50, setting are solid in lathe Cam splitter 22 on fixed board 21 and it is arranged in carrying mechanism sheet of the Cam splitter 22 far from 21 one end of lathe fixed plate Body 23, carrying mechanism ontology 23 include upper plate 231, rotary track plate 232, for connecting upper plate 231 and rotary track plate 232 Support shaft 233, the active flute profile wheel 234 being arranged between upper plate 231 and rotary track plate 232 and servo-actuated flute profile wheel 235 and Connection is servo-actuated the Fixture chain 236 of flute profile wheel 235 and active flute profile wheel 234, and Cam splitter 22 is close to carrying mechanism ontology 23 One end be provided with the rotation axis 127 affixed with active flute profile wheel 234, be servo-actuated flute profile wheel 235 and connect with the rotation of rotary track plate 232 It connects, Fixture chain 236 is spliced by multiple fixtures 2361, and 231 upper end of upper plate is provided with fixed seat 237, is set in fixed seat 237 It is equipped with the actuating arm 238 being rotatablely connected with fixed seat 237, spill spin block 239 is provided on actuating arm 238, is arranged on spill spin block 239 There are two first connecting rods 2391, the one end of two first connecting rods far from spill spin block 239 to be provided with the plectrum that control fixture 2361 opens and closes 2392, plectrum 2392 is abutted with fixture 2361, and plectrum 2392 is rotatablely connected with upper plate 231, and second is additionally provided on actuating arm 238 Extension spring 51 is resetted, the second 51 both ends of reset extension spring are affixed with actuating arm 238, lathe 50 respectively.

By the way that Cam splitter 22 to be fixed in lathe fixed plate 21, Cam splitter 22 in the course of work are avoided It falls off, while Cam splitter 22 being connect with active flute profile wheel 234, facilitate Cam splitter 22 under the action of power plant It drives active flute profile wheel 234 to rotate, and then Fixture chain 236 is driven to work, servo-actuated flute profile wheel 235 and the active flute profile wheel of setting 234 cooperatively form with parallel swing mechanism, compared with original circular turned mechanism, shorten station spacing, increase station number The actuating arm 238 of amount, setting can drive spill spin block 239 to rotate, and then control the first connecting rod being connect with spill spin block 239 2391 drive plectrum 2392 to move, and control the folding of fixture 2361.

As shown in figure 4, shaping mechanism 30 includes the first forming panel 31 and the affixed support plate 32 of lathe 50 and support Molding revolving part 33 that plate 32 is rotatablely connected is fixed at for being molded on revolving part 33 and coordinating with the first forming panel 31 Two forming panels 34, are fixed at support at the rotation swing rod 35 for being arranged in support plate 32 and being rotatablely connected with support plate 32 The profiled sheeting 36 that coordinates on plate 32 and with rotation swing rod 35 is provided on first forming panel and is slidably connected with fixed seat 237 First slide 37, first slide 37 are rotatablely connected with actuating arm 238, are molded one of revolving part 33 far from the second forming panel 34 End is provided with the second slide 38 being rotatablely connected with support plate 32, and joining beam is provided between second slide 38 and rotation swing rod 35 39, the first reset extension spring 381 is provided in second slide 38, first resets 381 both ends of extension spring revolves with molding respectively It is affixed to turn part 33, second slide 38.

The first forming panel 31 and the second forming panel 34 being arranged can to first one-step forming, cooperation rotation swing rod 35 with Profiled sheeting 36 is processing preliminary molding hair clip progress again, by carrying out brake forming twice to hair clip, without setting again Count mold, you can meet the requirement that hair clip increases bending angle, reduce production cost.

As shown in figure 5, under the first punch assembly 41 and the second punch assembly 42 are with upper mold 411 and upper mold 411 Mould 412 is formed with sliding block fixed seat 413, and upper mold 411 is slidably connected with sliding block fixed seat 413, and lower die 412 is arranged in upper mold 411 Lower section, end face is fixedly connected lower die 412 with sliding block fixed seat 413 thereafter.Reset compression is provided between upper mold 412 and lathe 50 Spring resets compressed spring one end and is abutted with upper mold, and the other end is abutted with lathe 412.

The sliding block fixed seat 413 of setting, facilitates moving up and down for upper mold 411, in conjunction with the setting of lower die 412, ensures production The processing of product.

Third punch assembly 43 includes upper mould fixed plate 431, the first press-stretched module 435, the second press-stretched module 436 and pressure Exhibition position lower module 432, the first press-stretched module 435, the second press-stretched module 436 are arranged in 431 lower end of upper mould fixed plate, the first press-stretched It is provided between module 435, the second press-stretched module 436 and upper mould fixed plate 431 for pressing the first press-stretched module 435, second The press-stretched position fixed plate 433 that exhibition module 436 is connect with upper mould fixed plate 431,432 upper end of press-stretched position lower module are provided with and first The press-stretched position 434 that press-stretched module 435, the second press-stretched module 436 coordinate.

The upper mould fixed plate 431 of setting is connect with the dynamic structure of lathe 50 so that upper mould fixed plate 431 can carry out Movement, is consolidated by press-stretched position fixed plate 433 with upper mould fixed plate 431 by the first press-stretched module 435, the second press-stretched module 436 Even, in conjunction with the press-stretched position 434 being arranged on press-stretched position lower module 432 so that the first press-stretched module 435, the second press-stretched module 436 Press-stretched can be carried out to the workpiece being placed on press-stretched position lower module 432, ensure the processing effect of workpiece.

As shown in Fig. 3 and Fig. 6,30 lower end of shaping mechanism is provided with the adjusting part 60 being connect with transmission assembly 12, adjusts Component 60 includes camshaft 61, first cranks arm and 62 and second crank arm 63, and camshaft 61 is provided at both ends with and lathe 50 is affixed consolidates Fixed board 64, camshaft 61, first, which crank arm, 62, second to crank arm and 63 is rotatablely connected with fixed plate 64, Cam splitter 22 and camshaft Be provided between 61 for by the connector of 61 power transmission of camshaft to Cam splitter 22, be provided on camshaft 61 with First crank arm 62 abuttings the first cam 611 and crank arm 63 the second cams 612 abutted with second, first cranks arm 62 far from One end of one cam 611 is provided with the lead screw 621 being threadedly coupled with it, and 621 upper end of lead screw is provided with to be turned with what it was rotatablely connected Motion block 622, moving block 622 are rotatablely connected with support plate 32, and the one end of moving block 622 far from lead screw 621 is supported with second slide 38 It connects, second 63 one end far from the second cam 612 of cranking arm are provided with the second connecting rod 631 being rotatablely connected with it, second connecting rod 631 It is rotatablely connected far from the second crank arm 63 one end and actuating arm 238, first, which cranks arm, 62 cranks arm with second and 63 is connect by axis pin, Described first, which cranks arm, is provided on 62 and resets extension spring 623 with the affixed third of lathe 50.

Setting cranks arm with first and 62, second cranks arm the first cam 611 and the second cam that 63 abut on camshaft 61 612, and be arranged fixed plate 64 limitation first crank arm 62 with second crank arm 63 movement, camshaft 61 rotation when the first cam 611, the second cam 612 drives and it is abutted first cranks arm and 62 and second crank arm 63 movements, and the first 62 drives of cranking arm connect with it The lead screw 621 connect rotates, and then the moving block 622 abutted with second slide 38 is driven to rotate, and the movement of second slide 38 drives connection Bar 39 is swung, and rotation swing rod 35 starts to work normally, since lead screw 621 and first is cranked arm 62 threaded connections, spill spin block 239 and silk Bar 621 is rotatablely connected, and rotary screw rod 621 can adjust spill spin block 239 and first and crank arm distance between 62, adjust moving block 622 angle when being abutted with second slide 38, and then the angle for being molded revolving part 33 abutted with second slide 38 is adjusted, it controls On molding 33 second forming module of revolving part profile angle, crank arm 63 setting second connecting rods in actuating arm 238 and second 631, facilitate second crank arm 63 drive actuating arms 238 rotation.

As shown in Fig. 1 and Fig. 7, transmission assembly 12 includes the first sprocket wheel 121 being fixed on 11 main shaft of motor, fixes Fixed station 123 in 50 side of lathe is set, and the quadrant 124 being arranged on fixed station 123 and the first cross universal join Axis device 125, limiting plate 126 is provided on fixed station 123, and the first cross universal coupling 125 is arranged at limiting plate 126 and right angle Between commutator 124, the first cross universal coupling 125, which is provided with to rotate with limiting plate 126 close to one end of limiting plate 126, to be connected The rotation axis 127 connect, the first cross universal coupling 125 is connect by transmission shaft with quadrant 124, in rotation axis 127 It is fixedly installed the second sprocket wheel 122, is provided on the second sprocket wheel 122 for connecting the first sprocket wheel 121 and the second sprocket wheel 122 Metal bracelet 128.Camshaft 61 is provided with the second cross universal coupling 129, the second cross close to one end of the second cam 612 The one end of Hooks coupling universal coupling 129 far from camshaft 61 is provided with third cross universal coupling 130, the second cross universal coupling By being driven axis connection, quadrant 124 and third cross universal shaft coupling between 129 and third cross universal coupling 130 Device 130 is rotatablely connected.

The first sprocket wheel 121, the second sprocket wheel 122 being arranged coordinate with metal bracelet 128, are produced when can rotate motor 11 In raw power transmission to rotation axis 127, power transmission to right angle is changed in conjunction with the first cross universal coupling 125 of setting It on device 124, is transmitted on third cross universal coupling 130 through quadrant 124, then coordinates transmission shaft and the second cross Hooks coupling universal coupling 129, by power transmission to camshaft 61, camshaft 61 rotates.

The application, will originally by the first punch assembly 41, the second punch assembly 42 and third punch assembly 43 of setting One time punching molded process is completed in three times, is avoided influencing each other between punch in punching course, is kept Dies ' Blanking gap steady It is fixed, product quality is improved, while avoiding the collision between mold, improves the service life of mold；In addition, three punch assemblies Setting, convenient for users to being repaired when mold damages, needs integral disassembly, assembly when monolithic mold being avoided to damage, Save maintenance time.

The above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to In the utility model range claimed.

Claims (9)

1. a kind of hair clip integration process device, including actuating unit, carrying mechanism, shaping mechanism, punching mechanism and lathe, described Punching mechanism is arranged on lathe, and in punching mechanism right end, the carrying mechanism is arranged in the punching for the shaping mechanism setting Between press mechanism and the shaping mechanism, the actuating unit includes being fixed at the motor of lathe upper end and being used for motor Power transmission to punching mechanism, shaping mechanism and carrying mechanism transmission assembly, it is characterised in that：The punching mechanism includes the One punch assembly, the second punch assembly and third punch assembly, first punch assembly, the second punch assembly and third punching press Component is arranged at intervals on lathe.

2. hair clip integration process device as described in claim 1, it is characterised in that：The carrying mechanism includes affixed with lathe Lathe fixed plate, the Cam splitter that is arranged in lathe fixed plate and be arranged in Cam splitter far from lathe fixed plate The carrying mechanism ontology of one end, the carrying mechanism ontology include upper plate, rotary track plate, for connecting upper plate and rotary track The support shaft of plate, the active flute profile wheel being arranged between upper plate and rotary track plate and servo-actuated flute profile wheel and it connect servo-actuated flute profile The Fixture chain of wheel and active flute profile wheel, the Cam splitter are provided with and active flute profile close to one end of carrying mechanism ontology Affixed rotation axis is taken turns, the servo-actuated flute profile wheel is rotatablely connected with the rotary track plate, and the Fixture chain is by multiple fixtures It being spliced, the upper plate upper end is provided with fixed seat, and the actuating arm being rotatablely connected with fixed seat is provided in the fixed seat, It is provided with spill spin block on the actuating arm, two first connecting rods are provided on the spill spin block, two first connecting rod is far from rotation One end of switch block is provided with the plectrum of control fixture folding, and the plectrum is abutted with fixture, and the plectrum is rotatablely connected with upper plate.

3. hair clip integration process device as claimed in claim 2, it is characterised in that：The shaping mechanism includes the first shaping mould Plate, with the affixed support plate of lathe, with support plate rotation connection molding revolving part, be fixed at molding revolving part on and with Second forming panel of the first forming panel cooperation, setting on the supporting plate and with the rotation swing rod of support plate rotation connection, solid Fixed setting on the supporting plate and with the profiled sheeting of rotation swing rod cooperation, be provided on first forming panel and fixed seat slided The first slide of connection, the first slide are rotatablely connected with actuating arm, and the molding revolving part is far from the second forming panel One end is provided with the second slide being rotatablely connected with support plate, is provided with joining beam between the second slide and rotation swing rod, institute State and be provided with the first reset extension spring in second slide, described first reset extension spring both ends respectively with molding revolving part, Second slide is affixed.

4. hair clip integration process device as claimed in claim 3, it is characterised in that：First punch assembly and the second punching press Component by upper mold, be matched with the upper die lower die and sliding block fixed seat forms, the upper mold is slidably connected with the sliding block fixed seat, The lower die is arranged in lower part of upper die, and end face is fixedly connected the lower die with the sliding block fixed seat thereafter, the upper mold and machine It is provided with reset compressed spring between bed, described reset compressed spring one end is abutted with upper mold, and the other end is abutted with lathe.

5. hair clip integration process device as claimed in claim 4, it is characterised in that：The third punch assembly includes that upper mold is solid Fixed board, the first press-stretched module, the second press-stretched module and press-stretched position lower module, the first press-stretched module, the second press-stretched module are set Set be arranged between upper mould fixed plate lower end, the first press-stretched module, the second press-stretched module and the upper mould fixed plate it is useful Under the press-stretched position fixed plate for connecting the first press-stretched module, the second press-stretched module with the upper mould fixed plate, the press-stretched position Module upper end is provided with the press-stretched position with the first press-stretched module, the cooperation of the second press-stretched module.

6. hair clip integration process device as claimed in claim 5, it is characterised in that：The shaping mechanism lower end is provided with and institute State the adjusting part of transmission assembly connection, the adjusting part includes camshaft, first cranks arm and crank arm with second, the camshaft Be provided at both ends with the fixed plate affixed with lathe, the camshaft, first crank arm, second cranks arm and fixed plate is rotatablely connected, institute It states and is provided between Cam splitter and camshaft for by the connector of camshaft power transmission to Cam splitter, it is described convex Crank arm with first the first cam abutted and the second cam abutted of cranking arm with second are provided on wheel shaft, described first cranks arm One end far from the first cam is provided with the lead screw being threadedly coupled with it, and the lead screw upper end is provided with to be turned with what it was rotatablely connected Motion block, the moving block and support plate are rotatablely connected, and the one end of the moving block far from lead screw is abutted with second slide, and described the Two one end for cranking arm separate second cam are provided with the second connecting rod being rotatablely connected with it, and the second connecting rod is cranked arm far from second One end and actuating arm be rotatablely connected, described first, which cranks arm, cranks arm with second and is connect by axis pin, and described first cranks arm upper setting Have and resets extension spring with the affixed third of lathe.

7. hair clip integration process device as claimed in claim 6, it is characterised in that：The transmission assembly includes being fixed at The first sprocket wheel on electric machine main shaft, the fixed station for being fixed at lathe side, the quadrant being arranged on fixed station with First cross universal coupling, limiting plate is provided on the fixed station, and the first cross universal coupling setting is limiting Between plate and quadrant, first cross universal coupling, which is provided with to rotate with limiting plate close to one end of limiting plate, to be connected The rotation axis connect, first cross universal coupling are connect by transmission shaft with quadrant, fixed in the rotation axis It is provided with the second sprocket wheel, the metal bracelet for connecting the first sprocket wheel and the second sprocket wheel is provided on second sprocket wheel.

8. hair clip integration process device as claimed in claim 7, it is characterised in that：The camshaft close to the second cam one End is provided with the second cross universal coupling, and the described one end of second cross universal coupling far from camshaft is provided with the 30th Word Hooks coupling universal coupling, by being driven axis connection, institute between second cross universal coupling and third cross universal coupling Quadrant is stated to be rotatablely connected with the third cross universal coupling.

9. hair clip integration process device as claimed in claim 2, it is characterised in that：It is multiple that second is additionally provided on the actuating arm Position extension spring, second reset extension spring both ends are affixed with actuating arm, lathe respectively.