CN209217409U - Core mechanism in a kind of upper tail is slotting - Google Patents
Core mechanism in a kind of upper tail is slotting Download PDFInfo
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- CN209217409U CN209217409U CN201822155828.0U CN201822155828U CN209217409U CN 209217409 U CN209217409 U CN 209217409U CN 201822155828 U CN201822155828 U CN 201822155828U CN 209217409 U CN209217409 U CN 209217409U
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- pawl
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- 230000007246 mechanism Effects 0.000 title claims abstract description 22
- 239000000463 material Substances 0.000 claims abstract description 98
- 238000003825 pressing Methods 0.000 claims abstract description 48
- 230000033001 locomotion Effects 0.000 claims description 17
- 210000000078 claw Anatomy 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 2
- 239000007787 solid Substances 0.000 claims description 2
- 238000000034 method Methods 0.000 abstract description 25
- 230000008569 process Effects 0.000 abstract description 23
- 230000008901 benefit Effects 0.000 abstract description 5
- 238000004519 manufacturing process Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 238000003780 insertion Methods 0.000 description 4
- 230000037431 insertion Effects 0.000 description 4
- 238000010009 beating Methods 0.000 description 3
- 230000007306 turnover Effects 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000006978 adaptation Effects 0.000 description 1
- 230000001174 ascending effect Effects 0.000 description 1
- 230000000712 assembly Effects 0.000 description 1
- 238000000429 assembly Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
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Abstract
The utility model provides a kind of slotting interior core mechanism of upper tail, including bottom plate one, internal frame feeding material component, internal frame sub-material component, inner core pressing component and inner core positioning component, internal frame feeding material component, internal frame sub-material component and inner core pressing component are fixedly connected with bottom plate one, internal frame sub-material component and inner core pressing component are respectively provided at the following above and of internal frame feeding material component feeding end, inner core positioning component is fixedly connected with inner core pressing component, inner core positioning component is between inner core pressing component and internal frame feeding material component, inner core positioning component can pass in and out between inner core pressing component and internal frame feeding material component end.The utility model passes through internal frame sub-material component automatic charging, inner core positioning component inserts the positioning before inner core assembles to tail, it tail inserted into inner core by inner core pressing component is assembled into tail and inserts and be finally completed upper tail automatically in internal frame and insert inner core process, have the advantages that high degree of automation, save manpower, reduce labor intensity and raising working efficiency.
Description
Technical field
The utility model relates to tail insert groups to fill technical field, and specifically a kind of upper tail inserts interior core mechanism.
Background technique
Tail insert in assembling procedure include upper tail insert inner core, upper tail insert inner core be tail is inserted inner core press the assembly to tail insert in
Process on frame needs that tail is inserted inner core riveting on electric wire by terminal machine, the prior art before executing the process
In, the movement that upper tail inserts inner core is almost manual operation, and tail is manually inserted into inner core by tool and is compressed in the slotting internal frame of tail, the process
Time-consuming and laborious, large labor intensity, the manually-operated time is longer, fatigue strength aggravation it is faster, production efficiency is lower, factory in order to
Meet order requirements in the regulation production cycle and need a large amount of artificial, cost of labor increase, the production cost increases.
Summary of the invention
The purpose of this utility model is to provide a kind of reduction labor intensity of workers, save labour turnover, improve production effect
Rate and can apply on automatic production line wear tail insert shell mechanism, to solve the problems mentioned in the above background technology.
To achieve the above object, the utility model provides the following technical solutions:
A kind of upper tail insert in core mechanism, it is characterised in that: including bottom plate one, internal frame feeding material component, internal frame sub-material component, interior
Core pressing component and inner core positioning component, the internal frame feeding material component, internal frame sub-material component and inner core pressing component are and bottom plate
One is fixedly connected, the internal frame sub-material component and inner core pressing component be respectively provided at internal frame feeding material component feeding end lower section and
Top, the inner core positioning component are fixedly connected with inner core pressing component, and the inner core positioning component is located at inner core pressing component
Between internal frame feeding material component, the inner core positioning component can be passed in and out between inner core pressing component and internal frame feeding material component end.
Further, the internal frame sub-material component includes drive module one, sub-material seat and guide-localization pawl, the sub-material seat
It is mounted in drive module one, the guide-localization pawl is mounted below inner core positioning component, the driving point of drive module one
Material seat moves up and down.
Further, sub-material seat top surface is extended with protrusion upward, and the protrusion, which is symmetrical arranged, forms internal frame mounting table,
The sub-material seat has extended downwardly baffle towards internal frame feeding material component feeding beginning side.
It further, further include wire rod fixation kit, the wire rod fixation kit is mounted on front side of sub-material component, the line
Material fixation kit includes upper mounted plate, lower fixation fork and drive module two, and fixed plate and inner core pressing component, which are fixed, to be connected
It connects, fixed plate is located above lower fixation fork and is arranged in a staggered manner with lower fixation fork, and the lower fixation fork is mounted on driving mould
On block two, the drive module two drives lower fixation fork to move up and down.
Further, the inner core pressing component includes presser unit, drive module three and support plate, the drive module
On the supporting plate, presser unit is mounted on three lower section of drive module for three installations, and the three drive ram unit of drive module rises
Drop movement.
Further, the presser unit includes last item fixing seat and multiple last items, and multiple last items are evenly distributed on
Below last item fixing seat, multiple last item upper ends are fixedly connected with last item fixing seat, and multiple last item lower ends are certainly
By holding.
Further, the inner core positioning component includes bottom plate two, drive module four, positioning seat, limit plate, elastic clamping jaw
Unit and opening and closing driving assembly open up symmetrically arranged inner core profiling hole on the positioning seat, open on front side of the inner core profiling hole
Mouthful, at least one press fitting avoid holes is opened up in the inner core profiling hole, between the inner core profiling hole and inner core profiling hole upward
It is extended with the fixture block of integral structure, two side profile of fixture block is identical as inner core profiling hole inner surface contour, the drive module four
It is mounted on bottom plate two, the positioning seat and opening and closing driving assembly are installed in drive module four, the elasticity clamping jaw unit
It is rotatably connected on positioning seat, the limit plate is mounted on positioning seat and is located between fixture block and elastic clamping jaw unit, institute
Stating drive module four drives opening and closing driving assembly, positioning seat and elastic clamping jaw unit to move in a straight line along Y-axis, and the opening and closing are driven
Dynamic Component driver elasticity clamping jaw unit does the movement of clamp or release fixture block.
Further, the elastic clamping jaw unit includes pawl one, pawl two, tension spring and small bearing, and the pawl one and pawl two are
Tail is opened up on the clamping face of symmetrical member, the pawl one and pawl two respectively and inserts inner core imitation profile one and the slotting inner core imitation profile two of tail, institute
It states the slotting inner core imitation profile one of tail and tail is inserted and opens up at least one press fitting escape port one and at least one on inner core imitation profile two respectively
It is pressed escape port two, the pawl one and pawl two are rotationally connected on positioning seat, and the pawl one and pawl two drive towards opening and closing
Component one end opens up groove one and groove two respectively, and short axle, which is separately positioned on, to be stated between one opposite face of groove and groove two relative surfaces
Between, the small bearing is set in outside short axle and is located in groove one and groove two, and the short axle upper end is equipped with extension,
Through-hole or annular groove are opened up on the extension, described tension spring one end is hung in the through-hole of the short axle on pawl one or annular
Outside slot, the tension spring other end is hung in the through-hole of the short axle on pawl four or outside annular groove, the tension spring driving claw one
It is respectively axially that center of circle rotation drives the small bearing being located in groove one and is located at recessed with the respective place of being rotatably connected with pawl two
Small bearing in slot two does movement close to each other.
The utility model has the beneficial effects that
A process before tail inserts inner core process in execution is to beat tail insertion terminal process, and beating tail insertion terminal process is to pass through
Tail is inserted inner core together with electric wire riveting by terminal machine, when need to insert on tail inner core be assembled into tail insert internal frame in when, internal frame is sent
Material component persistently conveys tail and inserts internal frame, and the tail that internal frame sub-material Component driver is located at internal frame feeding material component feeding end is inserted on internal frame
It rises, realizes feeding movement.
When upper tail insert inner core process all by equipment operation when, under original state, inner core positioning component exits internal frame feeding
Between component feeding end and inner core pressing component, it can avoid inserting inner core interference with tail.Equipment drives two tails of ining succession to insert inner core
Wire motion between inner core pressing component and internal frame feeding material component feeding end, inner core positioning component enters internal frame feeding group
Between part feeding end and inner core pressing component, inner core pressing component and wire rod fixation kit link, above and below wire rod fixation kit
Clamping two electric wires makes two electric wires be in same level, and two electric wires drive tail to insert inner core respectively and are farthest maintained at
Same level, at this moment tail is inserted inner core and is located exactly in inner core positioning component, and inner core positioning component is inserted inner core to tail and positioned
Afterwards, tail inserts inner core and inserts internal frame with the tail isolated by internal frame sub-material component in positional relationship opposing upper and lower and the slotting inner core pair of tail
The assembled position in internal frame should be inserted in tail, at the same inner core pressing component to tail insert inner core apply downward power drive tail insert inner core to
Under move across inner core positioning seat inserting inserted in internal frame to tail, realization automatically complete tail insert inner core process.
The utility model realizes self-feeding by internal frame feeding material component, realizes automatic charging by internal frame sub-material component,
By wire rod fixation kit realize tail insert inner core navigate in inner core positioning component, by inner core positioning component to tail insert inner core into
Positioning before row assembling, by tail inserts inner core by inner core pressing component and is assembled into tail and inserts and be finally completed in upper tail is inserted automatically in internal frame
Core process has the advantages that high degree of automation, is greatly saved manpower, reduces labor intensity and improves working efficiency, passes through bottom
Plate one is installed in equipment, and maximization saves labour turnover, and improves Business Economic Benefit.
Detailed description of the invention
Fig. 1: a kind of upper tail inserts the stereoscopic schematic diagram of interior core mechanism.
Fig. 2: a kind of upper tail inserts the right side view of interior core mechanism.
Fig. 3: a kind of upper tail inserts the internal frame feeding material component stereoscopic schematic diagram of interior core mechanism.
Fig. 4: a kind of upper tail inserts the sub-material seat stereoscopic schematic diagram of interior core mechanism.
Fig. 5: a kind of upper tail inserts the inner core pressing component stereoscopic schematic diagram of interior core mechanism.
Fig. 6: a kind of upper tail inserts the inner core positioning component schematic top plan view of interior core mechanism.
Fig. 7: a kind of upper tail inserts the positioning seat, limit plate and elastic clamping jaw assembling schematic perspective view of interior core mechanism.
Specific embodiment
The utility model is further described below in conjunction with attached drawing:
Please refer to Fig. 1, a kind of upper tail insert in core mechanism, including bottom plate 1, internal frame feeding material component 3, internal frame sub-material component 4,
Inner core pressing component 5 and inner core positioning component 6, the internal frame feeding material component 3, internal frame sub-material component 4 and inner core pressing component 5 are equal
It is fixedly connected with bottom plate 1, the internal frame sub-material component 4 and inner core pressing component 5 are respectively provided at 3 feeding of internal frame feeding material component end
The following above and at end, the inner core positioning component 6 are fixedly connected with inner core pressing component 5, and the inner core positioning component 6 is located at
Between inner core pressing component 5 and internal frame feeding material component 3, the inner core positioning component 6 can pass in and out inner core pressing component 5 and send with internal frame
Expect between 3 end of component.
Further, referring to figure 3., internal frame feeding material component 3 includes including vibrating disc, straight line vibration feed appliance 31, support
Frame 32 and feeding track 33, support frame 32 are fixedly connected with one 1 bottom surface of bottom plate, and straight line vibration feed appliance 31 is mounted on support frame 32
Interior, feeding track 33 is mounted on straight line vibration feed appliance 31, and feeding track 33 is higher than bottom plate 1, the feeding of feeding track 33
Beginning is connected to the discharge end of vibrating disc, and the feeding end face of feeding track 33 opens up sub-material escape port 331.
Further, referring to Fig.1 and 2, internal frame sub-material component 4 includes that drive module one, sub-material seat 46 and guiding are fixed
Position pawl 47, sub-material seat 46 are mounted in drive module one, and guide-localization pawl is mounted below inner core positioning component, drive module one
Driving sub-material seat 46 moves up and down.
Further, the drive module one is solid including cylinder 1, clamp 1, guide rail 1, sliding block 1, cylinder
45 air cylinder fixed plate 45 of fixed board is perpendicular to bottom plate 1 and is fixedly connected with one 1 front side of bottom plate, and cylinder 1 and sliding block 1 are respectively mounted
In 45 rear side of air cylinder fixed plate, sliding block 1 is located on cylinder 1, and the piston rod of cylinder 1 is arranged upward, under clamp 1
End be fixedly connected with one 41 piston rod of cylinder, one 42 upper end of clamp be equipped with integral structure racket-shaped block one, racket-shaped block one and
The racket-shaped card slot one that one 43 lower end of guide rail opens up cooperates, and sub-material seat 46 is mounted on one 43 upper end of guide rail, and sub-material seat 46 is located at interior
Below 3 feeding end of frame feeding material component, guide rail is slidably connected with one with sliding block, and one 41 driving card of cylinder first 42 drives guide rail one
43 linkage sub-material seats 46 move up and down.Drive module one is not limited to realize by cylinder 1 and drive, and can also pass through it
He realizes driving, such as motor, electromagnet etc. at form.
Further, 46 top surface of sub-material seat is extended with protrusion 461 upward, and raised 461 formation adaptation tail arranged symmetrically is inserted interior
The internal frame mounting table 462 of frame profile, sub-material seat 46 have extended downwardly baffle 463 towards 3 feeding beginning side of internal frame feeding material component.
Further, referring to Fig.1 and 2, further including wire rod fixation kit 7, wire rod fixation kit 7 includes upper mounted plate
71, lower fixation fork 72 and drive module two, upper mounted plate 71 are fixedly connected with inner core pressing component 5, under upper mounted plate 71 is located at
72 top of fixation fork is simultaneously arranged in a staggered manner with lower fixation fork 72, and lower fixation fork 72 is mounted in drive module two, and drive module two is driven
72 forks are fixed under dynamic to move up and down.
Further, drive module two includes cylinder 2 73, clamp 2 74, guide rail 2 75 and sliding block 2 76, cylinder 2 73
45 front side of air cylinder fixed plate of internal frame sub-material component 4 is installed in sliding block 2 76, the piston rod of cylinder 2 73 is arranged upward, blocks
First 2 74 lower end is fixedly connected with one 41 piston rod of cylinder, and 2 74 upper end of clamp is equipped with the racket-shaped block two of integral structure, racket
The racket-shaped card slot two that shape block two and 2 75 lower end of guide rail open up cooperates, and lower fixation fork 72 is fixedly connected with 2 75 upper end of guide rail,
Guide rail 2 75 is slidably connected with sliding block 2 76, and fixation fork 72 rises under cylinder 2 73 drives clamp 2 74 that guide rail 2 75 is driven to link
Drop movement.Drive module two is not limited to realize by cylinder 2 73 and drive, and can also be realized and be driven by other forms, such as
Motor, electromagnet etc..
Further, Fig. 1, Fig. 2 and Fig. 5 are please referred to, inner core pressing component 5 includes presser unit, drive module three and branch
Fagging 2, the drive module three are mounted in support plate 2, and presser unit is mounted on three lower section of drive module, and presser unit is located at
On front side of driving unit, three drive ram unit of drive module is moved up and down.
Further, presser unit includes last item fixing seat 58 and multiple last items 59, and multiple last items 59 are evenly distributed on pressure
Below axis fixing seat, multiple 59 upper ends of last item are fixedly connected with last item fixing seat 58, and multiple 59 lower ends of last item are free end,
Multiple last items 59 are located above 3 feeding end of internal frame feeding material component.
Further, drive module three includes cylinder 3 51, cylinder fixed block 52, guide rail fixed plate 53, guide rail 3 54, slides
Block 3 55, clamp 3 56 and lifter plate 57,53 left side of guide rail fixed plate are fixedly connected with support plate 2, and guide rail 3 54 is fixedly connected
In 53 front side of guide rail fixed plate, cylinder 3 51 is bonded with 3 54 front side of guide rail, and cylinder fixed block 52 is bonded with 3 54 rear side of guide rail,
Guide rail 3 54 is equipped with the arc groove 541 for avoiding screw, and arc groove 541 is symmetricly set on 3 54 left and right sides of guide rail, spiral shell
Nail is consolidated block with cylinder across the mounting hole of cylinder 3 51 and is threadedly coupled, and 3 51 piston rod of cylinder is arranged downward, clamp 3 56
Upper end is fixedly connected with 3 51 piston rod of cylinder, and 3 56 lower end of clamp is equipped with the racket-shaped block three of integral structure, racket-shaped block three
Cooperate with the racket-shaped card slot three that 57 upper end of lifter plate opens up, sliding block 3 55 is slidably connected to 3 54 front side of guide rail, lifter plate 57
It is fixedly connected on 3 55 front side of sliding block, last item fixing seat 58 is fixedly connected on 57 front side of lifter plate, and cylinder 3 51 drives clamp three
56 drive lifter plates 57 move up and down.Drive module three is not limited to realize by cylinder 3 51 and drive, and can also pass through it
He realizes driving, such as motor, electromagnet etc. at form.
Further, please referring to Fig. 6 inner core positioning component 6 includes bottom plate 2 61, drive module 4 62, positioning seat 63, limit
Position plate 64, elastic clamping jaw unit and opening and closing driving assembly 66 open up symmetrically arranged inner core profiling hole on positioning seat 63, and inner core is imitative
Shape hole front openings supply lines passes through, at least one press fitting avoid holes is opened up in inner core profiling hole, press fitting escape port is for avoiding
Last item 59 is extended with the fixture block 631 of integral structure, 631 liang of side profiles of fixture block upward between inner core profiling hole and inner core profiling hole
Identical as inner core profiling hole inner surface contour, 2 61 left side of bottom plate is fixedly connected with support plate 2, and drive module 4 62 is mounted on bottom plate
On 2 61, positioning seat 63 and opening and closing driving assembly 66 are installed in drive module 4 62, and elastic clamping jaw unit is rotatably connected
On positioning seat 63, limit plate 64 is mounted on positioning seat 63 and is located between fixture block 631 and elastic clamping jaw unit, drive module four
62 driving opening and closing driving assemblies 66, positioning seat 63 and elastic clamping jaw unit are moved in a straight line along Y-axis realizes that positioning seat 63 passes in and out
Between 3 feeding end of inner core pressing component 5 and internal frame feeding material component, opening and closing driving assembly 66 drives elastic clamping jaw unit to clamp
Or it unclamps fixture block 631 and acts.
Further, Fig. 6 is please referred to, drive module 4 62 includes cylinder 5 621, clamp 5 622, movable plate 623 and straight
Line guide rail 624, linear guide 624 and cylinder 5 621 are installed on bottom plate 2 61, the driving direction and straight line of cylinder 5 621
The length direction of guide rail 624 is arranged along Y-axis, and the left or right side of linear guide 624, cylinder five is arranged in cylinder 5 621
621 piston rod is towards the front side of the utility model, and movable plate 623 is mounted in linear guide 624 and slides, movable plate 623 1
Side is extended with the link block of integral structure, and 5 622 one end of clamp is fixedly connected with the piston rod of cylinder 5 621, and clamp 5 622 is another
One end is equipped with racket-shaped block five, and the racket-shaped card slot five that racket-shaped block five and link block open up cooperates, and cylinder 5 621 drives clamp
5 622 drive movable plates 623 do relative motion along Y-axis.Drive module 4 62 is not limited to realize by cylinder 5 621 and drive
It is dynamic, it can also be realized and be driven by other forms, such as motor, electromagnet etc..
Further, Fig. 6 is please referred to, opening and closing driving assembly 66 includes cylinder 4 661, sliding block 4 662,4 663 and of guide rail
Clamp 4 664, cylinder 4 661 and sliding block 4 662 are installed in drive module 4 62,5 622 one end of clamp and cylinder 4 661
Piston rod be fixedly connected, 5 622 other end of clamp is equipped with racket-shaped block four, and racket-shaped block four opens up with 4 663 one end of guide rail
Racket-shaped card slot four cooperate, 4 663 other end of guide rail opens up chamfering or fillet, and chamfering is for facilitating guide rail four to cut small bearing
Between 653, guide rail 4 663 is located on sliding block 4 662 and is slidably connected with sliding block 4 662, and cylinder 4 661 drives clamp 5 622
Guide rail 4 663 is driven to do relative motion along Y-axis.Opening and closing driving assembly 66 is not limited to realize driving by cylinder 4 661,
It can be realized and be driven by other forms, such as motor, electromagnet etc..
Further, Fig. 6 and Fig. 7 are please referred to, elastic clamping jaw unit includes pawl 1, pawl 2 652, tension spring and small bearing
653, pawl 1 and pawl 2 652 are symmetrical member, open up tail respectively on the clamping face of pawl 1 and pawl 2 652 and insert inner core imitation profile
One and tail insert inner core imitation profile two, tail is inserted inner core imitation profile one and tail and inserted opens up at least one press fitting on inner core imitation profile two respectively
Escape port one and at least one press fitting escape port two, press fitting escape port one and press fitting escape port two allow pawl for avoiding last item 59
1 and pawl 2 652 be rotatably connected on positioning seat 63, pawl 1 and pawl 2 652 are distinguished towards 66 one end of opening and closing driving assembly
Groove one and groove two are opened up, short axle, which is separately positioned on, to be stated between one opposite face of groove and between groove two relative surfaces, small bearing
653 are set in outside short axle and are located in groove one and groove two, and short axle upper end is equipped with extension, open up through-hole on extension
Or annular groove, tension spring one end are hung in the through-hole of the short axle on pawl 1 or outside annular groove, the tension spring other end is hung on
In the through-hole of short axle on pawl four or outside annular groove, tension spring driving claw 1 and pawl 2 652 are respectively with respective rotatable
Junction is axially that center of circle rotation drives the small bearing 653 being located in groove one and the small bearing 653 in groove two to do phase
Mutually close to movement.
Utility model works process is as follows:
The course of work of internal frame feeding material component 3: the slotting internal frame material of vibrating disc conveying tail to the feeding beginning of feeding track 33,
Straight line shakes feed appliance 31 and feeding track 33 is driven to shake, and so that the tail being located on feeding track 33 is inserted internal frame and moves along the y axis
To feeding end, the tail positioned at feeding end inserts internal frame and falls in internal frame sub-material group by the sub-material escape port 331 of feeding track 33
On the sub-material seat 46 of part 4.
The course of work of internal frame sub-material component 4 is: one 41 driving card of cylinder first 42 drives the linkage sub-material seat of guide rail 1
46, which rise drive tail, inserts internal frame rising, and the drive of guide-localization pawl 47 tail inserts the protrusion 461 of internal frame and sub-material seat 46 in uphill process
Tail is inserted internal frame and fixed by fitting, and limitation tail inserts the displacement of internal frame X axis and Y-axis, realizes that positioning tail inserts internal frame, prevents subsequent tail
Insert inner core assembling process in shift, sub-material seat 46 rise after its baffle 463 stop feeding track 33 on tail insert internal frame after
It is continuous to proceed to 46 lower section of sub-material seat, it prevents sub-material seat 46 from blocking tail when moving downward and inserts internal frame.
The course of work of inner core positioning component 6 includes: the course of work of 1, drive module 4 62: 5 621 driving card of cylinder
First 5 622 drive the linkage positioning seat 63 of movable plate 623, enter positioning seat 63 between multiple last items 59 and sub-material seat 46, this mistake
Limit plate 64 is bonded real Primary Location tail with the free end that tail inserts inner core and inserts inner core in journey, and tail is inserted inner core and is located in fixture block
The space between space and fixture block 631 and pawl 2 652 between 631 and pawl 1；2, opening and closing driving assembly 66 is worked
Journey: cylinder 4 661 stretches out its piston rod driving clamp 4 664 and drives guide rail 4 663 along Y-axis towards the feeding of internal frame feeding material component 3
End direction moves the pulling force for overcoming tension spring, struts the small bearing 653 in pawl 1 and the small axis in pawl 2 652
The distance between 653 are held, the distance between the small bearing 653 in small bearing 653 and pawl 2 652 in pawl 1 changes from small to big
Rotate the tail respectively with pawl 1 using the axial direction at the place that is respectively rotatably connected as the center of circle with pawl 1 and pawl 2 652 respectively
The slotting inner core imitation profile two of tail for inserting inner core imitation profile one and pawl 2 652, which does movement close to each other and clamps, is located at 631 two sides of fixture block
Tail inserts inner core and realizes that tail is inserted inner core to be positioned completely.
Wire rod fixation kit 7 and inner core pressing component 5 link, in wire rod fixation kit 7: cylinder 2 73 drives clamp two
Fixation fork 72 does ascending motion under 74 drive guide rails 2 75 link；In inner core press fitting fixation kit: cylinder 3 51 drives clamp
The 3 56 drive linkage of lifter plates 57 last item fixing seats 58 move downward, and upper mounted plate 71 and lower fixation fork 72 mutually stagger, last item
Fixing seat 58 drives upper mounted plate 71 to move downward and is pressed in electric wire on the W-shaped prong of lower fixation fork 72, while last item fixing seat
58, which drive multiple last items 59 to move downward, is pressed on the slotting inner core of tail and tail is driven to insert inner core profiling of the inner core on positioning seat 63
Hole, multiple last items 59 then pass through press fitting avoid holes, and tail inserts inner core and is attached to the slotting internal frame of tail in the guiding role underthrust of inner core profiling hole
In.
A process before upper tail inserts inner core process is to beat tail insertion terminal process, and beating tail insertion terminal process is by beating
Tail is inserted inner core together with electric wire riveting by terminal machine, when need to insert on tail inner core be assembled into tail insert internal frame in when, internal frame feeding
Component 3 persistently conveys tail and inserts internal frame, and the tail that the driving of internal frame sub-material component 4 is located at 3 feeding end of internal frame feeding material component is inserted on internal frame
It rises, realizes feeding movement.
Embodiment one: when upper tail inserts inner core process by manual operation, inner core positioning component 6 moves to internal frame feeding material component
Between 3 feeding ends and inner core pressing component 5, manpower hold two in succession tails insert inner cores electric wire drive respectively tail insert inner core by
It is symmetrically disposed in inner core positioning component 6 according to the assembly orientation for inserting internal frame with tail, inner core positioning component 6 is inserted inner core to tail and determined
Position, tail at this moment insert inner core and insert internal frame with the tail isolated by internal frame sub-material component 4 in positional relationship opposing upper and lower and tail
Insert inner core correspond to tail insert internal frame in assembled position, inner core pressing component 5 to tail insert inner core apply downward power drive tail insert
Inner core is moved downward to insert across inner core positioning seat 63 to tail and be inserted in internal frame, is realized semi-automation and is completed the slotting inner core process of tail.
Embodiment two: when upper tail insert inner core process all by equipment operation when, under original state, inner core positioning component 6 is moved back
Out between 3 feeding end of internal frame feeding material component and inner core pressing component 5, it can avoid inserting inner core interference with tail.Equipment drives two
Tail of ining succession inserts the wire motion of inner core between 3 feeding end of inner core pressing component 5 and internal frame feeding material component, core positioning component into
Entering between 3 feeding end of internal frame feeding material component and inner core pressing component 5, inner core pressing component 5 and wire rod fixation kit 7 link,
About 7 wire rod fixation kit, which clamps two electric wires, makes two electric wires be in same level, and it is interior that two electric wires drive tail to insert respectively
Core is farthest maintained at same level, and at this moment tail is inserted inner core and is located exactly in inner core positioning component 6, inner core positioning component
After the slotting inner core of 6 pairs of tails positions, tail inserts inner core and inserts internal frame with the tail isolated by internal frame sub-material component 4 in opposing upper and lower
Positional relationship and tail insert the assembled position that inner core corresponds in the slotting internal frame of tail, while inner core pressing component 5 is inserted inner core to tail and applied
The slotting inner core of downward power drive tail, which moves downward to insert across inner core positioning seat 63 to tail, to be inserted in internal frame, and realization automatically completes
Tail inserts inner core process.
The utility model realizes self-feeding by internal frame feeding material component 3, is realized on automatic by internal frame sub-material component 4
Material is realized that tail is inserted inner core and navigated in inner core positioning component 6 by wire rod fixation kit 7, is inserted by inner core positioning component 6 to tail
Inner core assembled before positioning, tail is inserted by inner core by inner core pressing component 5 be assembled into tail and insert in internal frame and realize and automated
Inner core process is inserted at upper tail, the utility model high degree of automation is greatly saved manpower, reduces labor intensity and improves work effect
The advantages of rate, is installed in equipment by bottom plate 1, and maximization saves labour turnover, and improves Business Economic Benefit.
Do not limit the technical scope of the present invention above, it is all according to the utility model technical spirit to
On embodiment made by any modification, equivalent variations and modification, in the range of still falling within the technical solution of the utility model.
Claims (8)
1. a kind of upper tail inserts interior core mechanism, it is characterised in that: including bottom plate one, internal frame feeding material component, internal frame sub-material component, inner core
Pressing component and inner core positioning component, the internal frame feeding material component, internal frame sub-material component and inner core pressing component with bottom plate one
It is fixedly connected, the internal frame sub-material component and inner core pressing component are respectively provided at the lower section of internal frame feeding material component feeding end and upper
Side, the inner core positioning component is fixedly connected with inner core pressing component, the inner core positioning component be located at inner core pressing component and
Between internal frame feeding material component, the inner core positioning component can be passed in and out between inner core pressing component and internal frame feeding material component end.
2. a kind of upper tail according to claim 1 inserts interior core mechanism, it is characterised in that: the internal frame sub-material component includes driving
Dynamic model block one, sub-material seat and guide-localization pawl, the sub-material seat are mounted in drive module one, and the guide-localization pawl is mounted on
Below inner core positioning component, the drive module one drives sub-material seat to move up and down.
3. a kind of upper tail according to claim 2 inserts interior core mechanism, it is characterised in that: sub-material seat top surface extends upward
Have a protrusion, the protrusion, which is symmetrical arranged, forms internal frame mounting table, the sub-material seat towards one side of internal frame feeding material component feeding beginning to
Under be extended with baffle.
4. a kind of upper tail according to claim 1 inserts interior core mechanism, it is characterised in that: further include wire rod fixation kit, institute
It states wire rod fixation kit to be mounted on front side of sub-material component, the wire rod fixation kit includes upper mounted plate, lower fixation fork and driving
Module two, fixed plate are fixedly connected with inner core pressing component, and fixed plate is located above lower fixation fork and under
Fixation fork is arranged in a staggered manner, and the lower fixation fork is mounted in drive module two, and the drive module two drives lower fixation fork to rise
Drop movement.
5. a kind of upper tail according to claim 1 inserts interior core mechanism, it is characterised in that: the inner core pressing component includes pressure
Head unit, drive module three and support plate, on the supporting plate, presser unit is mounted on drive module for the installation of drive module three
Three lower sections, the three drive ram unit of drive module move up and down.
6. a kind of upper tail according to claim 5 inserts interior core mechanism, it is characterised in that: the presser unit includes that last item is solid
Reservation and multiple last items, multiple last items are evenly distributed below last item fixing seat, and multiple last item upper ends are and last item
Fixing seat is fixedly connected, and multiple last item lower ends are free end.
7. a kind of upper tail according to claim 1 inserts interior core mechanism, it is characterised in that: the inner core positioning component includes bottom
Plate two, drive module four, positioning seat, limit plate, elastic clamping jaw unit and opening and closing driving assembly open up on the positioning seat symmetrical
The inner core profiling hole of setting, the inner core profiling hole front openings open up at least one press fitting evacuation in the inner core profiling hole
Hole, is extended with the fixture block of integral structure upward between the inner core profiling hole and inner core profiling hole, two side profile of fixture block with
Inner core profiling hole inner surface contour is identical, and the drive module four is mounted on bottom plate two, the positioning seat and opening and closing driving assembly
It is installed in drive module four, the elasticity clamping jaw unit is rotatably connected on positioning seat, and the limit plate is mounted on fixed
On the seat of position and it is located between fixture block and elastic clamping jaw unit, the drive module four drives opening and closing driving assembly, positioning seat and bullet
Property clamping jaw unit moved in a straight line along Y-axis, the opening and closing driving assembly drives elastic clamping jaw unit to make clamp or release fixture block
Movement.
8. a kind of upper tail according to claim 7 inserts interior core mechanism, it is characterised in that: the elasticity clamping jaw unit includes pawl
One, pawl two, tension spring and small bearing, the pawl one and pawl two are symmetrical member, are opened up respectively on the clamping face of the pawl one and pawl two
Tail inserts inner core imitation profile one and tail inserts inner core imitation profile two, and the tail inserts inner core imitation profile one and tail is inserted and divided on inner core imitation profile two
At least one press fitting escape port one and at least one press fitting escape port two are not opened up, and the pawl one and pawl two are rotationally connected with
On positioning seat, the pawl one and pawl two open up groove one and groove two towards opening and closing driving assembly one end respectively, and short axle is set respectively
It sets and is stating between one opposite face of groove and between groove two relative surfaces, the small bearing is set in outside short axle and is located at groove
One and groove two in, the short axle upper end is equipped with extension, opens up through-hole or annular groove, described tension spring one end on the extension
It is hung in the through-hole for the short axle being located on pawl one or outside annular groove, the tension spring other end is hung on the short axle on pawl four
Through-hole in or annular groove outside, the tension spring driving claw one and pawl two are axially that the center of circle is revolved with the respective place of being rotatably connected respectively
Turn that the small bearing being located in groove one and the small bearing in groove two is driven to do movement close to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822155828.0U CN209217409U (en) | 2018-12-21 | 2018-12-21 | Core mechanism in a kind of upper tail is slotting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822155828.0U CN209217409U (en) | 2018-12-21 | 2018-12-21 | Core mechanism in a kind of upper tail is slotting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209217409U true CN209217409U (en) | 2019-08-06 |
Family
ID=67465513
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822155828.0U Expired - Fee Related CN209217409U (en) | 2018-12-21 | 2018-12-21 | Core mechanism in a kind of upper tail is slotting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209217409U (en) |
-
2018
- 2018-12-21 CN CN201822155828.0U patent/CN209217409U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190806 |
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| CF01 | Termination of patent right due to non-payment of annual fee |