CN109127961A - Riveting continuous stamping die and its application method in mould - Google Patents
Riveting continuous stamping die and its application method in mould Download PDFInfo
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- CN109127961A CN109127961A CN201811063736.8A CN201811063736A CN109127961A CN 109127961 A CN109127961 A CN 109127961A CN 201811063736 A CN201811063736 A CN 201811063736A CN 109127961 A CN109127961 A CN 109127961A
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- riveting
- mould
- positioning mechanism
- riveted
- staking punch
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F15/00—Connecting wire to wire or other metallic material or objects; Connecting parts by means of wire
- B21F15/10—Connecting wire to wire or other metallic material or objects; Connecting parts by means of wire wire with sheet metal
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Abstract
The invention discloses continuous stamping die and its application method are riveted in a kind of mould, riveting continuous stamping die includes the first riveting staking punch in mould, second riveting staking punch, material strip, feeding mechanism, substrate, first pushes positioning mechanism, second pushes positioning mechanism, second riveted plating, first pushes positioning mechanism, second pushes positioning mechanism, second riveted plating is separately mounted on substrate, first pushes positioning mechanism, second promotion positioning mechanism respectively includes the first guide pad, first riveted plating, feeding mechanism is connect with the first guide pad, along feeding mechanism, first guide pad, riveting parts access is sent in the formation of first riveted plating；Material strip is located at the surface of the first riveted plating, the second riveted plating, and the first riveting staking punch, second of riveting pressure formed punch are located at the top of material strip.Riveting continuous stamping die can be realized continuous punching riveting in full-automatic progress mould in the mould, and precision is high, and high-efficient, qualification rate is high, and safety is more preferable.
Description
Technical field
The present invention relates to riveting continuous stamping die and its application methods in mould applications more particularly to a kind of mould.
Background technique
In the prior art, existing sheet material and the interior punching press twice riveted of wire rod mould, are all carried out separately, use is this
Sheet material and wire rod rivet in mould and be fixed by mode, and not only production efficiency is lower, and riveting speed is slower, and production investment at
This is higher.
Summary of the invention
The purpose of the present invention is to provide continuous stamping die and its application method is riveted in a kind of mould, riveting connects in the mould
Continuous stamping die can be realized continuous punching riveting in full-automatic progress mould, and precision is high, and high-efficient, qualification rate is high, peace
Full property is more preferable.
Its technical solution is as follows:
Rivet continuous stamping die in mould, including the first riveting staking punch, the second riveting staking punch, material strip, feeding mechanism,
Substrate, first push positioning mechanism, second to push positioning mechanism, the second riveted plating, and the first promotion positioning mechanism, second push away
Dynamic positioning mechanism, the second riveted plating are separately mounted on the substrate, and described first pushes positioning mechanism, second to push localization machine
Structure respectively includes the first guide pad, the first riveted plating, and the feeding mechanism is connect with first guide pad, along the feeder
Riveting parts access is sent in structure, the first guide pad, the formation of the first riveted plating；The material strip is located at first riveted plating, the second riveting
The surface of plate, the first riveting staking punch, second of riveting pressure formed punch are located at the top of the material strip, and respectively
Face the first riveted plating, the second riveted plating.
The feeding mechanism includes feed appliance, sliding slot, positioning plate, the both ends of the sliding slot respectively with the feed appliance, fixed
Position plate connection, the positioning plate installation is on the substrate.
The first promotion positioning mechanism further includes the first cylinder, the first fixed bracket, the first pushing block, first cylinder
It being mounted on the top surface of the substrate by the described first fixed bracket, first cylinder has the first push rod, and described first
Pushing block is connect with first push rod；First guide pad is mounted on the positioning plate, and first guide pad includes the
One guide groove, the first guide channel, first pushing block are slidably connected with first guide groove, and the sliding slot has slideway,
First guide groove passes through first guide channel connection corresponding with the slideway.
The second promotion positioning mechanism further includes the second cylinder, the second fixed plate, the second guide pad, and described second is fixed
Plate, the second guide pad are separately mounted on the top surface of the substrate, and second cylinder is mounted in second fixed plate, institute
The second cylinder is stated with the second push rod, second push rod is connect with first riveted plating；Second guide pad has the
Two guide grooves, first riveted plating are connect with the second guide groove slide fit.
The second promotion positioning mechanism further includes the second fixed bracket, the fixed bracket of third, and the two of second cylinder
End is mounted in second fixed plate by the described second fixed bracket, the fixed bracket of third respectively.
It further include third cylinder, first riveted plating is riveted including the first riveting bottom plate, first and is followed closely into mould, and described first
Rivet bottom plate on have the first riveted holes, described first rivet into mould nail by first riveted holes and it is described first riveting bottom
The connection of plate slide fit；The third cylinder is mounted on the bottom surface of the substrate, and the third cylinder has third push rod, the base
Plate, the second guide pad are respectively equipped with first through hole, the second through-hole, and the third push rod passes through the first through hole, the second through-hole
Extend toward second guide groove, rivets mould nail along the third push rod, first and form first in first riveted holes
Secondary riveting parts positioning.
Second riveted plating includes the second riveting bottom plate, second rivets and follow closely into mould, and the second riveting bottom plate has the
Two riveted holes, described second rivet into mould nail by second riveted holes with it is described second rivet bottom plate slide fit connect, it is described
Second rivets to follow closely into mould and connect with the top surface of the substrate.
The first riveting staking punch, the second riveting staking punch, feeding mechanism, first push positioning mechanism, second to push
Positioning mechanism is respectively two, and two the first riveting staking punch, the second riveting staking punch, feeding mechanism, first push and determine
Position mechanism, second send the two sides in direction before pushing positioning mechanism to be located at the material strip.
The first riveting staking punch includes the first punching press limited block, the first formed punch, the first punching press limited block installation
On first formed punch；The second riveting staking punch includes the second punching press limited block, the second formed punch, the second punching press limit
Position block is mounted on second formed punch.
It further include that willow connects locating piece, the willow connects locating piece installation on the substrate, and is located at the material strip just
Lower section, two first riveted platings are located at the two sides that the willow connects locating piece.
The application method of riveting continuous stamping die in mould, comprising the following steps:
Start feeding mechanism, riveting parts are sent on the first guide pad by feeding mechanism；
First promotion positioning mechanism is shifted riveting parts on the first riveted plating of the second promotion positioning mechanism；
Second pushes positioning mechanism to push below the first riveted plating to material strip；
Starting the first riveting staking punch, the first riveting staking punch downlink, material strip carry out riveting punching press for the first time；
Riveting punching press for the first time is completed, and is sent before material strip；
Starting the second riveting staking punch, the second riveting staking punch downlink, material strip carry out second of riveting punching press, riveting knot
Beam carries out next circulation operation.
It should be understood that
Aforementioned " first, second ... " does not represent specific quantity and sequence, is only used for the differentiation to title.
Advantages of the present invention or principle are illustrated below:
1, it includes the first riveting staking punch, the second riveting staking punch, material strip, feeder that Ben Monei, which rivets continuous stamping die,
Structure, substrate, first push positioning mechanism, second to push positioning mechanism, the second riveted plating, and the first promotion positioning mechanism, second push away
Dynamic positioning mechanism respectively includes the first guide pad, the first riveted plating, in use, first starting feeding mechanism, feeding mechanism will be riveted
Part is sent on the first guide pad of the first promotion positioning mechanism, and the first promotion positioning mechanism is pushed away riveting parts by the first guide pad
On the first riveted plating for pushing positioning mechanism to second, the second promotion positioning mechanism is by pushing the first riveted plating that will be placed on the
Riveting parts on one riveted plating are pushed to below material strip, then start the first riveting staking punch, carry out riveting punching press for the first time, the
It after the completion of primary riveting punching press, is sent before material strip, when material strip will be transported to the with the riveting parts that riveting punching press for the first time is completed
When above two riveted platings, starting the second riveting staking punch carries out second of riveting punching press, and riveting terminates, and carries out next circulation work
Industry；
Riveting continuous stamping die can be realized continuous punching riveting in full-automatic progress mould, and precision in the mould
Height, high-efficient, qualification rate is high, and safety is more preferable.
2, feeding mechanism includes feed appliance, sliding slot, positioning plate, and feeding mechanism is sent riveting parts along sliding slot by feed appliance
At toward positioning plate, then riveting parts are sent on the first guide pad by positioning plate.
3, the first promotion positioning mechanism further includes the first cylinder, the first fixed bracket, the first pushing block, with the of the first cylinder
One push rod pushes the first pushing block, pushes the riveting parts being sent into the first guide groove with the first pushing block, riveting parts are pushed away toward second
It pushes on the first riveted plating on positioning mechanism.
4, the second promotion positioning mechanism further includes the second cylinder, the second fixed plate, the second guide pad, and second pushes localization machine
Structure pushes the first riveted plating by the second cylinder, by the riveting parts being placed on the first riveted plating leading along the second guide pad
It is pushed to below material strip to direction, positions riveting parts before punching press.
5, the second promotion positioning mechanism further includes the second fixed bracket, the fixed bracket of third, and the second cylinder is solid by second
The fixed bracket of fixed rack, third is fixedly mounted in the second fixed plate, keeps the second cylinder more stable, safety.
6, it further includes third cylinder that Ben Monei, which rivets continuous stamping die, and the first riveted plating includes the first riveting bottom plate, the
One rivets into mould nail, when the first pushing block pushes to riveting parts on the first riveted plating, since the placement position of riveting parts is different
It is fixed to be accurately positioned, at this moment, start third cylinder, pushes first to rivet with third push rod and followed closely into mould, rivet by first and followed closely into mould
The first riveted holes are protruded into, the riveting parts being placed on the first riveting bottom plate are accurately positioned, keep riveting precision higher.
7, the second riveted plating is riveted including the second riveting bottom plate, second and is followed closely into mould, before second of riveting punching press, is passed through
Second rivets and repositions into mould nail to riveting parts, keeps the precision of riveting, qualification rate, safety higher.
8, the first riveting staking punch, the second riveting staking punch, feeding mechanism, first push positioning mechanism, second to push and determine
Position mechanism is respectively two, and two sides stamping riveting simultaneously can be carried out to material strip, improves working efficiency.
9, the first riveting staking punch includes the first punching press limited block, the first formed punch, and the first punching press limited block can be rushed to first
Head is limited, and the second riveting staking punch includes the second punching press limited block, the second formed punch, and the second punching press limited block can be rushed to second
Head is limited.
10, it further includes that willow connects locating piece that Ben Monei, which rivets continuous stamping die, and the convenient position to the first riveted plating positions.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram of riveting continuous stamping die in mould of the embodiment of the present invention.
Fig. 2 is the A-A sectional view of Fig. 1.
Fig. 3 is the structural exploded view of riveting continuous stamping die in mould of the embodiment of the present invention.
Description of symbols:
10, the first riveting staking punch, the 11, first punching press limited block, the 12, first formed punch, the 20, second riveting staking punch, 21,
Second punching press limited block, the 22, second formed punch, 30, material strip, 40, feeding mechanism, 41, feed appliance, 42, sliding slot, 43, positioning plate,
50, substrate, the 60, first promotion positioning mechanism, the 61, first guide pad, the 611, first guide groove, the 612, first guide channel, 62,
First cylinder, the 63, first fixed bracket, the 64, first pushing block, 70, second pushes positioning mechanism, the 71, first riveted plating, and 711, the
One riveting bottom plate, 712, first rivets and follows closely into mould, the 72, second cylinder, the 73, second fixed plate, the 74, second guide pad, and 741, the
Two guide grooves, the 75, second fixed bracket, 76, the fixed bracket of third, the 80, second riveted plating, the 81, second riveting bottom plate, 82, the
Two rivet into mould follow closely, 91, third cylinder, 92, willow connect locating piece.
Specific embodiment
The embodiment of the present invention is described in detail below.
As shown in Figure 1 to Figure 3, continuous stamping die is riveted in mould, including the first riveting staking punch 10, second rivets punching press
First 20, material strip 30, feeding mechanism 40, substrate 50, first push positioning mechanism 60, second that positioning mechanism 70, second is pushed to rivet
Plate 80, the first promotion positioning mechanism 60, second push positioning mechanism 70, the second riveted plating 80 to be separately mounted on substrate 50, the
One promotion positioning mechanism 60, second pushes positioning mechanism 70 to respectively include the first guide pad 61, the first riveted plating 71, feeding mechanism
40 connect with the first guide pad 61, send riveting parts logical along the feeding mechanism 40, the first guide pad 61, the formation of the first riveted plating 71
Road；Material strip 30 is located at the surface of the first riveted plating 71, the second riveted plating 80, the first riveting staking punch 10, second of riveting pressure
Formed punch is located at the top of material strip 30, and faces the first riveted plating 71, the second riveted plating 80 respectively.
Wherein, feeding mechanism 40 include feed appliance 41, sliding slot 42, positioning plate 43, the both ends of sliding slot 42 respectively with feed appliance
41, positioning plate 43 connects, and positioning plate 43 is mounted on substrate 50；
First promotion positioning mechanism 60 further includes the first cylinder 62, first fixed bracket 63, the first pushing block 64, the first cylinder
62 are mounted on the top surface of substrate 50 by the first fixed bracket 63, and the first cylinder 62 has the first push rod, the first pushing block 64 with
The connection of first push rod；First guide pad 61 is mounted on positioning plate 43, and the first guide pad 61 includes the first guide groove 611, first
Guide channel 612, the first pushing block 64 are slidably connected with the first guide groove 611, and sliding slot 42 has slideway, and the first guide groove 611 is logical
Cross the first guide channel 612 connection corresponding with slideway；
Second promotion positioning mechanism 70 further includes the second cylinder 72, the second fixed plate 73, the fixation of the second guide pad 74, second
The fixed bracket 76 of bracket 75, third, the second fixed plate 73, the second guide pad 74 are separately mounted on the top surface of substrate 50, and second
The both ends of cylinder 72 pass through the second fixed bracket 75 respectively, the fixed bracket 76 of third is mounted in the second fixed plate 73, the second gas
Cylinder 72 has the second push rod, and the second push rod is connect with the first riveted plating 71；Second guide pad 74 has the second guide groove 741, the
One riveted plating 71 is connect with 741 slide fit of the second guide groove；
Second riveted plating 80 includes the second riveting bottom plate 81, second rivets into mould nail 82, and the second riveting bottom plate 81 has the
Two riveted holes, second rivet into mould nail 82 by the second riveted holes with second rivet 81 slide fit of bottom plate connect, second rivets into mould
Nail 82 is connect with the top surface of substrate 50；
First riveting staking punch 10, second rivets staking punch 20, feeding mechanism 40, first pushes positioning mechanism 60, second
Pushing positioning mechanism 70 is respectively two, two first riveting staking punch 10, second riveting staking punch 20, feeding mechanism 40, the
One promotion positioning mechanism 60, second send the two sides in direction before pushing positioning mechanism 70 to be located at material strip 30；
First riveting staking punch 10 includes the first punching press limited block 11, the first formed punch 12, the installation of the first punching press limited block 11
On the first formed punch 12；Second riveting staking punch 20 includes the second punching press limited block 21, the second formed punch 22, the second punching press limited block
21 are mounted on the second formed punch 22；
Ben Monei riveting continuous stamping die further includes that third cylinder 91, willow connect locating piece 92, and the first riveted plating 71 includes
First riveting bottom plate 711, first rivet into mould nail 712, first riveting bottom plate 711 on have the first riveted holes, first rivet into
Mould nail 712 is connect by the first riveted holes with the first riveting 711 slide fit of bottom plate；Third cylinder 91 is mounted on the bottom surface of substrate 50
On, third cylinder 91 has third push rod, and substrate 50, the second guide pad 74 are respectively equipped with first through hole, the second through-hole, and third pushes away
Bar passes through first through hole, the second through-hole extends toward the second guide groove 741, rivets into mould nail 712 along third push rod, first first
The positioning of first time riveting parts is formed in riveted holes；Willow connects locating piece 92 and is mounted on substrate 50, and be located at material strip 30 just under
Side, two the first riveted platings 71 are located at the two sides that willow connects locating piece 92.
The application method of riveting continuous stamping die in mould, comprising the following steps:
Start feeding mechanism 40, riveting parts are sent on the first guide pad 61 by feeding mechanism 40；
First promotion positioning mechanism 60 shifts riveting parts on the first riveted plating 71 of the second promotion positioning mechanism 70 onto；
Second pushes positioning mechanism 70 to push the first riveted plating 71 to 30 lower section of material strip；
Starting the first riveting staking punch 10, the first riveting 10 downlink of staking punch, material strip 30 carry out riveting punching press for the first time；
Riveting punching press for the first time is completed, and is sent before material strip 30；
Starting the second riveting staking punch 20, the second riveting 20 downlink of staking punch, material strip 30 carry out second of riveting punching press, riveting
Binding beam carries out next circulation operation.
The present embodiment has the advantages that
1, Ben Monei rivet continuous stamping die include first riveting staking punch 10, second rivet staking punch 20, material strip 30,
Feeding mechanism 40, substrate 50, first push positioning mechanism 60, second to push positioning mechanism 70, the second riveted plating 80, and first pushes
Positioning mechanism 60, second pushes positioning mechanism 70 to respectively include the first guide pad 61, the first riveted plating 71, in use, first starting
Riveting parts are sent on the first guide pad 61 of the first promotion positioning mechanism 60 by feeding mechanism 40, feeding mechanism 40, and first pushes
Positioning mechanism 60 is shifted riveting parts on the first riveted plating 71 of the second promotion positioning mechanism 70 by the first guide pad 61, and second
Push positioning mechanism 70 by pushing the first riveted plating 71 that the riveting parts being placed on the first riveted plating 71 are pushed to material strip 30
Then lower section starts the first riveting staking punch 10, carries out riveting punching press for the first time, after the completion of riveting punching press for the first time, material strip 30
Before give, when material strip 30 will be completed for the first time riveting punching press riveting parts be transported to the second 80 top of riveted plating when, starting
Second riveting staking punch 20 carries out second of riveting punching press, and riveting terminates, and carries out next circulation operation；
Riveting continuous stamping die can be realized continuous punching riveting in full-automatic progress mould, and precision in the mould
Height, high-efficient, qualification rate is high, and safety is more preferable.
2, feeding mechanism 40 includes feed appliance 41, sliding slot 42, positioning plate 43, and feeding mechanism 40 will be riveted by feed appliance 41
Part is sent at positioning plate 43 along sliding slot 42, and then riveting parts are sent on the first guide pad 61 by positioning plate 43.
3, the first promotion positioning mechanism 60 further includes the first cylinder 62, first fixed bracket 63, the first pushing block 64, with first
First push rod of cylinder 62 pushes the first pushing block 64, pushes the riveting parts being sent into the first guide groove 611 with the first pushing block 64,
Riveting parts are pushed away on the first riveted plating 71 pushed on positioning mechanism 70 toward second.
4, the second promotion positioning mechanism 70 further includes the second cylinder 72, the second fixed plate 73, the second guide pad 74, and second pushes away
Dynamic positioning mechanism 70 pushes the first riveted plating 71 by the second cylinder 72, will be placed on the riveting parts edge on the first riveted plating 71
The guide direction of the second guide pad 74 push to the lower section of material strip 30, position riveting parts before punching press.
5, the second promotion positioning mechanism 70 further includes the second fixed bracket 75, the fixed bracket 76 of third, and the second cylinder 72 is logical
It crosses the fixed bracket 76 of the second fixed bracket 75, third to be fixedly mounted in the second fixed plate 73, keeps the second cylinder 72 more stable,
Safety.
6, it further includes third cylinder 91 that Ben Monei, which rivets continuous stamping die, and the first riveted plating 71 includes the first riveting bottom plate
711, it first rivets into mould nail 712, when the first pushing block 64 pushes to riveting parts on the first riveted plating 71, due to riveting parts
Placement position is not necessarily accurately positioned, and at this moment, starts third cylinder 91, pushes first to rivet into mould nail 712 with third push rod, leads to
It crosses first and rivets and 712 protrude into the first riveted holes into mould nail, it is accurately fixed to carry out to the riveting parts being placed on the first riveting bottom plate 711
Position keeps riveting precision higher.
7, the second riveted plating 80 includes the second riveting bottom plate 81, second rivets into mould nail 82, second riveting punching press it
Before, it rivets by second and is repositioned into mould 82 pairs of riveting parts of nail, keep the precision, qualification rate, safety of riveting higher.
8, the first riveting staking punch 10, second rivets staking punch 20, feeding mechanism 40, first pushes positioning mechanism 60, the
Two push positioning mechanism 70 respectively two, and two sides stamping riveting simultaneously can be carried out to material strip 30, improves working efficiency.
9, the first riveting staking punch 10 includes the first punching press limited block 11, the first formed punch 12, and the first punching press limited block 11 can
First formed punch 12 is limited, the second riveting staking punch 20 includes the second punching press limited block 21, the second formed punch 22, the second punching press
Limited block 21 can limit the second formed punch 22.
10, it further includes that willow connects locating piece 92, the convenient position to the first riveted plating 71 that Ben Monei, which rivets continuous stamping die,
Positioning.
The above is only specific embodiments of the present invention, are not limited the scope of protection of the present invention with this；Do not violating this hair
Made any replacement and improvement, category protection scope of the present invention on the basis of bright design.
Claims (10)
1. riveting continuous stamping die in mould, which is characterized in that including the first riveting staking punch, the second riveting staking punch, material strip,
Feeding mechanism, substrate, first push positioning mechanism, second to push positioning mechanism, the second riveted plating, and described first pushes localization machine
Structure, the second promotion positioning mechanism, the second riveted plating are separately mounted on the substrate, and described first pushes positioning mechanism, second
Positioning mechanism is pushed to respectively include the first guide pad, the first riveted plating, the feeding mechanism is connect with first guide pad, edge
Riveting parts access is sent in the feeding mechanism, the first guide pad, the formation of the first riveted plating；The material strip is located at first riveting
The surface of plate, the second riveted plating, the first riveting staking punch, second of riveting pressure formed punch are located at the upper of the material strip
Side, and the first riveted plating, the second riveted plating are faced respectively.
2. riveting continuous stamping die in mould as described in claim 1, which is characterized in that the feeding mechanism includes feeding
Device, sliding slot, positioning plate, the both ends of the sliding slot are connect with the feed appliance, positioning plate respectively, and the positioning plate is mounted on described
On substrate.
3. riveting continuous stamping die in mould as claimed in claim 2, which is characterized in that described first pushes positioning mechanism also
Including the first cylinder, the first fixed bracket, the first pushing block, first cylinder is mounted on described by the described first fixed bracket
On the top surface of substrate, first cylinder has the first push rod, and first pushing block is connect with first push rod；Described first
Guide pad is mounted on the positioning plate, and first guide pad includes the first guide groove, the first guide channel, and described first pushes away
Block is slidably connected with first guide groove, and the sliding slot has slideway, and first guide groove is logical by first guiding
Road connection corresponding with the slideway.
4. riveting continuous stamping die in mould as described in claim 1, which is characterized in that described second pushes positioning mechanism also
Including the second cylinder, the second fixed plate, the second guide pad, second fixed plate, the second guide pad are separately mounted to the base
On the top surface of plate, second cylinder is mounted in second fixed plate, and second cylinder has the second push rod, and described the
Two push rods are connect with first riveted plating；Second guide pad have the second guide groove, first riveted plating with it is described
The connection of second guide groove slide fit.
5. riveting continuous stamping die in mould as claimed in claim 4, which is characterized in that described second pushes positioning mechanism also
Including the second fixed bracket, the fixed bracket of third, the both ends of second cylinder pass through the described second fixed bracket, third respectively
Fixed bracket is mounted in second fixed plate.
6. riveting continuous stamping die in mould as claimed in claim 4, which is characterized in that it further include third cylinder, described the
One riveted plating is riveted including the first riveting bottom plate, first and is followed closely into mould, has the first riveted holes on the first riveting bottom plate, described
First rivet into mould nail by first riveted holes with it is described first rivet bottom plate slide fit connect；The third cylinder is mounted on
On the bottom surface of the substrate, the third cylinder has third push rod, and it is logical that the substrate, the second guide pad are respectively equipped with first
Hole, the second through-hole, the third push rod passes through the first through hole, the second through-hole extends toward second guide groove, along described
Third push rod, first rivet mould nail and form the positioning of first time riveting parts in first riveted holes.
7. riveting continuous stamping die in mould as described in claim 1, which is characterized in that second riveted plating includes second
Riveting bottom plate, second rivet into mould follow closely, it is described second riveting bottom plate have the second riveted holes, described second rivet into mould nail pass through
Second riveted holes are connect with the second riveting bottom plate slide fit, and described second rivets the top surface company into mould nail with the substrate
It connects.
8. riveting continuous stamping die in mould as described in any one of claim 1 to 7, which is characterized in that first riveting
Staking punch, the second riveting staking punch, feeding mechanism, the first promotion positioning mechanism, the second promotion positioning mechanism are respectively two, and two
A first riveting staking punch, the second riveting staking punch, feeding mechanism, first push positioning mechanism, second to push localization machine
Structure is located at the two sides that direction is sent before the material strip.
9. riveting continuous stamping die in mould as claimed in claim 8, which is characterized in that it further include that willow connects locating piece, it is described
Willow connects locating piece installation on the substrate, and is located at the underface of the material strip, and two first riveted platings distinguish position
The two sides of locating piece are connect in the willow.
10. the application method of riveting continuous stamping die in mould, which comprises the following steps:
Start feeding mechanism, riveting parts are sent on the first guide pad by feeding mechanism；
First promotion positioning mechanism is shifted riveting parts on the first riveted plating of the second promotion positioning mechanism；
Second pushes positioning mechanism to push below the first riveted plating to material strip；
Starting the first riveting staking punch, the first riveting staking punch downlink, material strip carry out riveting punching press for the first time；
Riveting punching press for the first time is completed, and is sent before material strip；
Starting the second riveting staking punch, the second riveting staking punch downlink, material strip carry out second of riveting punching press, and riveting terminates, into
The next circulation operation of row.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811063736.8A CN109127961A (en) | 2018-09-12 | 2018-09-12 | Riveting continuous stamping die and its application method in mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811063736.8A CN109127961A (en) | 2018-09-12 | 2018-09-12 | Riveting continuous stamping die and its application method in mould |
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| CN109127961A true CN109127961A (en) | 2019-01-04 |
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| CN201811063736.8A Pending CN109127961A (en) | 2018-09-12 | 2018-09-12 | Riveting continuous stamping die and its application method in mould |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111451374A (en) * | 2020-04-01 | 2020-07-28 | 广东天倬智能装备科技有限公司 | Automatic stamping die and working method thereof |
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