CN206597823U - A kind of High-efficiency stable is used for the progressive die for producing electronic lighter hurricane globe - Google Patents
A kind of High-efficiency stable is used for the progressive die for producing electronic lighter hurricane globe Download PDFInfo
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- CN206597823U CN206597823U CN201720052949.5U CN201720052949U CN206597823U CN 206597823 U CN206597823 U CN 206597823U CN 201720052949 U CN201720052949 U CN 201720052949U CN 206597823 U CN206597823 U CN 206597823U
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Abstract
It is used for the progressive die for producing electronic lighter hurricane globe the utility model discloses a kind of High-efficiency stable, including upper die and lower die, realize that two pass is connected with major-minor guide pin bushing by major-minor guide pillar respectively wherein between upper and lower mould, be disposed with positional stations, punching station along its length between upper and lower mould, the first overlap station, rush buckle station, the second overlap station, flange station, the first shaping station, the second shaping station, the 3rd shaping station and blanking station；By the way that each station is rationally arranged between upper and lower mould and is mutually linked smooth, the fabrication cycle and die size of product are effectively shortened, production efficiency is substantially increased and reduces mould volume；By by the parts for being arranged to flexibly to dismantle of each station, greatly reducing the maintenance difficulty and cost of mould；By setting twice connection to ensure that the reliability of connection, it is ensured that the operation stability of mould and the generation for reducing pollution source of noise.
Description
Technical field
The utility model is related to a kind of lighter wind cap production mould, is used for more particularly to a kind of High-efficiency stable
Produce the progressive die of electronic lighter hurricane globe.
Background technology
It is conventionally used to produce each work on the generally unusual complicated and mould of progressive die structure of electronic lighter hurricane globe
Linking, which has some setbacks, between position configurates unreasonable, there is time-consuming, low production efficiency, volume is heavy, installation and maintenance are difficult and remove
The shortcomings of fortune inconvenience.
And be conventionally used to produce what many mould steel using CR12m materials of lighter wind cap mould were made, though
So it has high intensity, preferable quenching degree and good wearability, but poor impact toughness.We during mould punching its
Impulsive force is typically that, than larger, can inevitably produce than larger vibration in the process of running, if connection is not firm
It is stable to be easy for causing colliding in connecting portion, wear and tear and brittle crack, in some instances it may even be possible to so that what each station contacted with each other
Position is shifted over and then influences the making precision of workpiece to be machined, it is also possible to produce than larger noise pollution, and traditional
Hurricane globe production mould generally only takes one of guide pillar guide pin bushing connection, therefore above mentioned problem easily occurs.
Utility model content
The purpose of this utility model is to provide that a kind of production efficiency is high, convenient to install and maintain, design arrangement is reasonable, wear-resisting
Property good and stable High-efficiency stable be used for the progressive die for producing electronic lighter hurricane globe.
To achieve the above object, the technical scheme that the utility model is taken is：A kind of High-efficiency stable is used to produce high-strength
Spend between the progressive die of electronic lighter hurricane globe, including upper die and lower die, the upper and lower mould and pass through major-minor guide pillar and master respectively
Secondary guide pin bushing realizes that two pass is connected, and is disposed with positional stations, punching station, first along its length between the upper and lower mould
Overlap station, rush buckle station, the second overlap station, flange station, the first shaping station, the second shaping station, the 3rd shaping
Station and blanking station, it is characterised in that：The leading leading post being set on cope plate with being arranged in lower mould bottom plate
First of connection is realized, the secondary guide pillar is arranged on stripper to be realized with setting up the secondary guide pin bushing on upper mounted plate and concave template separately
Second is connected；
At the positional stations, it is provided with the upper mounted plate of upper mould in the symmetrical two positioning punch-pin of center line
Block, each positioning convex module includes a positioning red needle and a positioning red needle fixed block, is provided with and positioning on the concave template of lower mould
A positioning blade and a positioning blade cushion block are provided with two positioning female die grooves of convex module Corresponding matching, its groove；
At the punching station, it is provided with the upper mounted plate of upper mould in the symmetrical two air holes convex module of center line,
The public air holes punch-pin fixed block of two air holes convex modules, each air holes convex module includes one group of first overlap drift and one group of air holes
Red needle, provided with the air holes cavity plate groove with air holes convex module Corresponding matching on the concave template of lower mould, a wind is provided with its groove
Hole blade and an air holes blade cushion block；
At the first overlap station, it is provided with the upper mounted plate of upper mould winged in symmetrical two first of center line
Side convex module, and each first overlap convex module is located at the side of each air holes convex module, each first overlap convex module side by side
Comprising one first overlap fixed block and one second overlap drift, it is provided with the concave template of lower mould and the first overlap convex module pair
One first overlap blade and one first overlap blade cushion block are provided with the one first overlap cavity plate groove that should be matched, its groove；
Rush at buckle station, be provided with the upper mounted plate of upper mould in the symmetrical four buckle punch-pin of center line described
Block, each buckle convex module includes a buckle fixed block and a buckle drift, is provided with the concave template of lower mould convex with buckle
A buckle blade, a buckle blade cushion block and four buckle tops are provided with one buckle cavity plate groove of module Corresponding matching, its groove
Pin；
At the second overlap station, it is provided with the upper mounted plate of upper mould winged in symmetrical two second of center line
Side convex module, each second overlap convex module is included to be additionally provided with necessarily in the middle of one the 3rd overlap drift, two second overlap convex modules
Position convex module, is provided with the one second overlap cavity plate groove with the second overlap convex module Corresponding matching on the concave template of lower mould, its
One second overlap blade, one second overlap blade cushion block, one first floating block and one first floating pin are provided with groove；
At the flange station, it is provided with the upper mounted plate of upper mould in symmetrical two flanging dies of center line
Block, each flanging die block includes a flange block, is provided with the concave template of lower mould and flanging die block Corresponding matching
Two flange jacking blocks being arranged in lower mold fixed plate are equipped with one flange cavity plate groove, its groove；
At first shaping station, symmetrical two the first one-tenth is provided with center line on the upper mounted plate of upper mould
Type convex module, each first forming convax mould block includes one first forming punching head, is provided with the concave template of lower mould and the
It is equipped with and the first forming punching head Corresponding matching and sets in one first molding concave die groove of one forming convax mould block Corresponding matching, its groove
Put the two first shaping jacking blocks in lower mold fixed plate；
At second shaping station, symmetrical two the second one-tenth is provided with center line on the upper mounted plate of upper mould
Type convex module, each second forming convax mould block includes one second forming punching head, is provided with the concave template of lower mould and the
It is equipped with and the second forming punching head Corresponding matching and sets in one second molding concave die groove of two forming convax mould block Corresponding matchings, its groove
Put the two second shaping jacking blocks in lower mold fixed plate；
At the 3rd shaping station, symmetrical two the three one-tenth are provided with center line on the upper mounted plate of upper mould
Type convex module, each 3rd forming convax mould block includes one the 3rd forming punching head, is provided with the concave template of lower mould and the
It is equipped with and the 3rd forming punching head Corresponding matching and sets in one the 3rd molding concave die groove of three forming convax mould block Corresponding matchings, its groove
Put two the 3rd shaping jacking blocks in lower mold fixed plate；
At the blanking station, it is provided with the upper mounted plate of upper mould in symmetrical two blanking punches of center line
Block, each blanking punch block includes a blanking die, and corresponding with blanking punch block is provided with the concave template of lower mould
A blanking blade, a blanking blade cushion block, one second floating block and one first buoyance lift are provided with the blanking die groove matched somebody with somebody, its groove
Pin.
Further, the upper mould include set gradually from top to bottom upper mould cover plate, cope plate, upper padding plate, upper mounted plate,
Stripper cover plate and stripper, the positioning convex module, air holes convex module, the first overlap convex module, buckle convex module, second fly
Side convex module, flanging die block, the first forming convax mould block, the second forming convax mould block, the 3rd forming convax mould block and blanking punch block
It is sequentially arranged on fixed plate, and is arranged in the stripper cover plate and stripper successively；
The lower mould includes concave template, bottom plate, lower bolster and the lower mould bottom plate set gradually from top to bottom, described recessed
It is disposed with and flies with the positioning convex module, air holes convex module, the first overlap convex module, buckle convex module, second in template
Side convex module, flanging die block, the first forming convax mould block, the second forming convax mould block, the 3rd forming convax mould block and blanking punch block
Correspond the cavity plate groove that matches, the flange jacking block, the first shaping jacking block, the second shaping jacking block and the 3rd shaping jacking block according to
It is secondary to be located on the bottom plate, and be located in successively on concave template in corresponding cavity plate groove, also set on the concave template
It is equipped with by the 3rd floating block of the second buoyance lift pin connection, the 4th floating block by the second buoyance lift pin connection, is located on concave template
Some 3rd floating pins and the deflector chute for installing guide pad.
Further, some contour sets, some 4th floating pins are also arranged with fixed plate and by contour set
Some spring parts of connection.
Further, it is corresponding in turn to and is provided with for wearing keeping away for spring part on the upper mould cover plate, cope plate and upper padding plate
Emptying aperture, the emptiness avoiding hole for wearing secondary guide pin bushing, the screwed hole for wearing the 4th floating pin and for installing attachment screw
Screw hole.
Further, the locating clip insert mutually matched corresponding with the positioning convex module is also sequentially provided with the stripper,
The air holes folder insert mutually matched corresponding with the air holes convex module, it is corresponding with the first overlap convex module mutually match it is first winged
Side presss from both sides insert, the buckle folder insert mutually matched corresponding with the buckle convex module, phase corresponding with the second overlap convex module
The the second overlap folder insert matched somebody with somebody and some guiding pins.
Further, be additionally provided with the bottom plate push rod for being arranged in bottom plate corresponding with the buckle thimble and
The floating roof pin of bottom plate and flange jacking block is arranged in successively.
Further, the leading post is made up of main a roller set and a leading rod, and the secondary guide pillar is by up and down two secondary rollers
The spherical small projection of some resins is also uniformly laid with the secondary guide rod composition of set and centre one, the sleeve wall of the major and minor roller set.
Further, intercommunication between the first overlap cavity plate groove and air holes cavity plate groove, the flange cavity plate groove, the first shaping
Intercommunication between cavity plate groove, the second molding concave die groove and the 3rd molding concave die groove.
Further, the first overlap blade is integral blade, the first overlap blade cushion block and air holes with air holes blade
Blade cushion block is integral blade.
Preferably, the upper mould and lower mould are made using DC53 mould steel.
When in use, flitch is fed between bolster the utility model, and is moved successively on each station：
At positional stations, it is engaged by positioning the red needle of punch-pin and is gone out on flitch with positioning blade in detent
Two groups of positioning holes；
At punching station, it is engaged and is gone out on flitch with air holes blade in air holes groove by the drift of air holes punch-pin
Two groups of air holes and two groups of hurricane globe bases；
At the first overlap station, pass through the first overlap blade in the drift and the first overlap groove of the first overlap punch-pin
It is engaged and two groups of hurricane globe top margins is gone out on sample；
Rushing at buckle station, passing through the buckle blade in the drift and snap-fit grooves of buckle punch-pin, buckle thimble and top
Bar is engaged goes out two row's buckles on sample, and the two rows buckle is located at the middle part left and right sides of two lighter fan housings respectively,
It is easy to lighter wind cap being arranged on lighter；
At the second overlap station, pass through the second overlap blade in the drift and the second overlap groove of the second overlap punch-pin
It is engaged and is punched out on sample with breach and two top margins connecting together, two top margins, which respectively constitute two lighter, is prevented
Breach on the top panel of fan housing, top panel can surround heat emission hole and tongues of fire hole；
At flange station, it is engaged by the drift of flanging die with the flange jacking block in flange groove, two is beaten
The breach that the side of lighter hurricane globe and top margin are carried out on bending, top margin is vertical with sample；
At the first shaping station, pass through the first shaping jacking block in the drift and the first shaping groove of the first forming convax mould
It is engaged, the lighter wind cap of two progress flange processing is subjected to first time bending；
At the second shaping station, pass through the second shaping jacking block in the drift and the second shaping groove of the second forming convax mould
It is engaged, the lighter wind cap of two progress first time bendings is subjected to second of bending；
At the 3rd shaping station, pass through the 3rd shaping jacking block in the drift and the 3rd shaping groove of the 3rd forming convax mould
It is engaged, the lighter wind cap of two progress, second of bending is subjected to third time bending, final hurricane globe finished product is formed；
At blanking station, pass through drift and the blanking blade in blanking groove and the blanking blade cushion block phase of blanking punch
Coordinate, by two hurricane globe finished product punching separations and via the material-dropping hole in concave template, bottom plate, lower bolster and lower mould bottom plate
Spun off from mold.
During punching, in the presence of stripper plate, sample can be made to be separated with the punch-pin in each station.
The utility model has the advantages that：
(1) by setting major-minor twice guide pillar guide pin bushing to connect, connection reliability and the operation of die apparatus are substantially increased
Stability, and then ensure work piece production precision；
(2) by the way that by each station, rationally arrangement designs and is connected smooth each other between upper and lower mould, that is, save
The manufacturing time of product causes production efficiency to be improved significantly, and optimizes die size again so that equipment volume is obtained
Significantly reduce, and then be easy to carry；
(3) by the parts for being designed to flexibly to load and unload and change by the module of convex-concave up and down on each station, effectively
Reduce the input for the maintenance and repair cost that equipment attrition is brought；
(4) by setting some spring parts effectively to buffer what upper and lower mould was produced in operation on upper mounted plate
Enormous impact force, and then relax to mould generation impact injury and reduction vibrations noise；
(5) by uniformly laying the spherical small projection of some resins on the barrel that the roller of major-minor guide pillar covers, master is reduced
Because of the noise produced by friction in mould running between the bar wall of secondary guide pillar and the barrel of major-minor guide pin bushing.
(6) hurricane globe die ontology uses hardness height, impact flexibility good and high-wearing feature DC53 cold work die steel systems
Form, it is to avoid brittle break in impact process occurs because of poor impact toughness for mould, is effectively prevented mould hidden safely
Suffer from the generation of problem.
Brief description of the drawings
Fig. 1 is main view exploded view of the present utility model；
Fig. 2 is stereochemical structure exploded view of the present utility model；
Fig. 3 is one view stereo schematic enlarged-scale view of upper mounted plate of the present utility model；
Fig. 4 is the stereochemical structure exploded enlarged drawing on upper mounted plate of the present utility model；
Fig. 5 is stripper stereochemical structure enlarged drawing of the present utility model；
Fig. 6 is one view stereo schematic enlarged-scale view of concave template of the present utility model；
Fig. 7 is concave template stereochemical structure exploded enlarged drawing of the present utility model；
Fig. 8 is bottom plate stereochemical structure enlarged drawing of the present utility model；
Fig. 9 is bottom plate stereochemical structure enlarged drawing of the present utility model；
In figure：1st, upper mould cover plate；2nd, cope plate；3rd, upper padding plate；4th, upper mounted plate；4-1, positioning convex module；4-1a, positioning
Red needle fixed block；4-1b, positioning red needle；4-2, air holes convex module；4-2a, air holes punch-pin fixed block；4-2b, the punching of the first overlap
Head；4-2c, air holes red needle；4-3, the first overlap convex module；4-3a, the first overlap fixed block；4-3b, the second overlap drift；4-
4th, buckle convex module；4-4a, buckle fixed block；4-4b, buckle drift；4-5, the second overlap convex module；4-5a, the second overlap are consolidated
Determine block；4-5b, the 3rd overlap drift；4-6, flanging die block；4-6a, flange block；4-7, the first forming convax mould block；4-7a、
First forming punching head；4-8, the second forming convax mould block；4-8a, the second forming punching head；4-9, the 3rd forming convax mould block；4-9a,
Three forming punching heads；4-10, blanking punch block；4-10a, blanking die；5th, stripper cover plate；6th, stripper；6-1, pilot pin folder
Insert；6-2, air holes folder insert；6-3, the first overlap folder insert；6-4, buckle folder insert；6-5, the second overlap folder insert；6-6、
Guide pin；7th, concave template；7-1, positioning female die groove；7-1a, positioning blade；7-1b, positioning blade cushion block；7-2, air holes cavity plate
Groove；7-2a, air holes blade；7-2b, air holes blade cushion block；7-3, the first overlap cavity plate groove；7-3a, the first overlap blade；7-3b、
First overlap blade cushion block；7-4, buckle cavity plate groove；7-4a, buckle blade；7-4b, buckle blade cushion block；7-4c, buckle top
Pin；7-5, the second overlap cavity plate groove；7-5a, the second overlap blade；7-5b, the second overlap blade cushion block；7-6, flange cavity plate groove；
7-7, the first molding concave die groove；7-8, the second molding concave die groove；7-9, the 3rd molding concave die groove；7-10, blanking die groove；7-
10a, blanking blade；7-10b, blanking blade cushion block；7-11, guide groove；8th, bottom plate；8-1, flange jacking block；8-2,
One shaping jacking block；8-3, the second shaping jacking block；8-4, the 3rd shaping jacking block；8-5, push rod；8-6, floating roof pin；9th, lower bolster；10、
Lower mould bottom plate；11st, set is dominated；12nd, post is dominated；12a, main roller set；12b, leading rod；13rd, secondary guide pillar；13a, secondary roller set；
13b, secondary guide rod；14th, upper secondary guide pin bushing；15th, lower secondary guide pin bushing；16th, contour set；17th, spring part；F1, the first floating block；F2, second float
Block；F3, the 3rd floating block；F4, the 4th floating block；S1, the first floating pin；S2, the second floating pin；S3, the 3rd floating pin；S4, the 4th
Floating pin；The spherical small projection of T- resins.
Embodiment
To be easy to understand technological means, creation characteristic, reached purpose and effect of the utility model realization, below
With reference to the drawings and specific embodiments, it is expanded on further how the utility model is implemented.
As shown in Fig. 1~Fig. 9, this High-efficiency stable is used for the progressive die for producing high intensity electronic lighter hurricane globe, bag
Include between upper die and lower die, the upper and lower mould and by the leading set 11 that is arranged on cope plate 2 and to be arranged on lower mould bottom plate respectively
Leading post 12 on 10 realizes first of connection, by setting up the lower pair on the upper secondary guide pin bushing 14 and concave template 7 of upper mounted plate 4 separately
Guide pin bushing 15 realizes that second is connected with the secondary guide pillar 13 being arranged on stripper 6, between the upper and lower mould along its length according to
It is secondary to be provided with positional stations, punching station, the first overlap station, rush buckle station, the second overlap station, flange station, first
Shaping station, the second shaping station, the 3rd shaping station and blanking station；
At the positional stations, it is in symmetrically arranged two convexes of center line to be provided with the upper mounted plate 4 of upper mould
Module 4-1, each positioning convex module includes the positioning red needle 4-1b of a positioning red needle fixed block 4-1a and one, in the cavity plate of lower mould
Plate 7 is provided with the two positioning female die groove 7-1 matched corresponding with positioning convex module 4-1, its groove and is provided with a positioning blade 7-1a
With a positioning blade cushion block 7-1b；
At the punching station, it is provided with convex in symmetrically arranged two air holes of center line on the upper mounted plate 4 of upper mould
Module 4-2, the public air holes punch-pin fixed block 4-2a of two air holes convex modules, each air holes convex module include two the first overlap punchings
4-2b and four air holes red needle 4-2c of head, is provided with the wind matched corresponding with air holes convex module 4-2 on the concave template 7 of lower mould
An an air holes blade 7-2a and air holes blade cushion block 7-2b is provided with hole cavity plate groove 7-2, its groove；
At the first overlap station, it is provided with the upper mounted plate 4 of upper mould in symmetrically arranged two of center line the
One overlap convex module 4-3, and each first overlap convex module 4-3 and each air holes convex module 4-2 is arranged side by side, each first flies
Side convex module 4-3 includes one first overlap fixed block 4-3a and one second overlap drift 4-3b, is set on the concave template 7 of lower mould
Have and one first overlap blade is provided with the one first overlap cavity plate groove 7-3 matched corresponding with the first overlap convex module 4-3, its groove
7-3a and one first overlap blade cushion block 7-3b；
Rushed described at buckle station, it is in symmetrically arranged four buckles of center line to be provided with the upper mounted plate 4 of upper mould
Convex module 4-4, each buckle convex module 4-4 includes a buckle fixed block 4-4a and a buckle drift 4-4b, in the recessed of lower mould
Template 7 is provided with the buckle cavity plate groove 7-4 that matches corresponding with buckle convex module 4-4, and a buckle knife is provided with its groove
Piece 7-4a, a buckle blade cushion block 7-4b and four buckle thimble 7-4c；
At the second overlap station, it is provided with the upper mounted plate 4 of upper mould in symmetrically arranged two of center line the
Two overlap convex module 4-5, each second overlap convex module 4-5 include one the 3rd overlap drift 4-5a, two second overlap convex modules
Centre is additionally provided with a positioning convex module 4-1, matches on the concave template 7 of lower mould provided with corresponding with the second overlap convex module 4-5
One second overlap cavity plate groove 7-5, one second overlap blade 7-5a, one second overlap blade cushion block 7-5b, one are provided with its groove
First floating block F1 and one first floating pin S1；
At the flange station, it is provided with convex in symmetrically arranged two flange of center line on the upper mounted plate 4 of upper mould
Module 4-6, each flanging die block 4-6 include a flange block 4-6a, are provided with and flanging die block on the concave template 7 of lower mould
It is equipped with the 4-6 flange cavity plate groove 7-6 that match of correspondence, its groove and corresponding with two flange block 4-6a match and be arranged on
Two flange jacking block 8-1 on bottom plate 8；
At first shaping station, it is provided with the upper mounted plate 4 of upper mould in symmetrically arranged two of center line the
One forming convax mould block 4-7, each first forming convax mould block 4-7 includes one first forming punching head 4-7a, on the concave template 7 of lower mould
Provided with the one first molding concave die groove 7-7 that matches corresponding with the first forming convax mould block 4-7, it is equipped with its groove and two the first one-tenth
Type drift 4-7a corresponds to the two first shaping jacking block 8-2 for matching and being arranged on bottom plate 8；
At second shaping station, it is provided with the upper mounted plate 4 of upper mould in symmetrically arranged two of center line the
Two forming convax mould block 4-8, each second forming convax mould block 4-8 includes one second forming punching head 4-8a, on the concave template 7 of lower mould
Provided with the one second molding concave die groove 7-8 that matches corresponding with the second forming convax mould block 4-8, it is equipped with its groove and two the second one-tenth
Type drift 4-8a corresponds to the two second shaping jacking block 8-3 for matching and being arranged on bottom plate 8；
At the 3rd shaping station, it is provided with the upper mounted plate 4 of upper mould in symmetrically arranged two of center line the
Three forming convax mould block 4-9, each 3rd forming convax mould block 4-9 includes one the 3rd forming punching head 4-9a, on the concave template 7 of lower mould
Provided with the one threeth molding concave die groove 7-9 that matches corresponding with the 3rd forming convax mould block 4-9, it is equipped with its groove and two the three one-tenth
Type drift 4-9a corresponds to two the 3rd shaping jacking block 8-4 for matching and being arranged on bottom plate 8；
At the blanking station, it is provided with convex in symmetrically arranged two blankings of center line on the upper mounted plate 4 of upper mould
Module 4-10, each blanking punch block 4-10 include a blanking die 4-10a, are provided with convex with blanking on the concave template 7 of lower mould
A blanking blade 7-10a, a blanking blade pad are provided with the blanking die groove 7-10 that module 4-10 correspondences match, its groove
Block 7-10b, one second floating block F2 and one first floating pin S1.
Upper mould cover plate 1 that above-mentioned upper mould includes setting gradually from top to bottom, cope plate 2, upper padding plate 3, upper mounted plate 4, move back
Flitch cover plate 5 and stripper 6, the positioning convex module 4-1, air holes convex module 4-2, the first overlap convex module 4-3, buckle punch-pin
Block 4-4, the second overlap convex module 4-5, flanging die block 4-6, the first forming convax mould block 4-7, the second forming convax mould block 4-8,
Three forming convax mould block 4-9 and blanking punch block 4-10 are sequentially arranged on fixed plate 4, and are arranged in the stripper successively
Cover plate 5 and stripper 6；
Lower mould includes concave template 7, bottom plate 8, lower bolster 9 and the lower mould bottom plate 10 set gradually from top to bottom, described
Offered successively on concave template 7 convex with the positioning convex module 4-1, air holes convex module 4-2, the first overlap convex module 4-3, buckle
Module 4-4, the second overlap convex module 4-5, flanging die block 4-6, the first forming convax mould block 4-7, the second forming convax mould block 4-8,
3rd forming convax mould block 4-9 and blanking punch block 4-10 corresponds the cavity plate groove matched, the flange jacking block 8-1, first
Shaping jacking block 8-2, the second shaping jacking block 8-3 and the 3rd shaping jacking block 8-4 are sequentially arranged on the bottom plate 8, and are worn successively
It is located on the concave template 7 in corresponding cavity plate groove, is additionally provided with the concave template 7 by the second floating pin S2 connections
The 3rd floating block F3, the 4th floating block F4 by the second floating pin S2 connections, eight the 3rd floating pins being located on concave template 7
The S3 and deflector chute 7-11 for installing guide pad.
Ten contour sets 16, ten the 4th floating pin S4 are also arranged with above-mentioned upper mounted plate 8 and by contour
Cover ten spring parts 17 of connection.
It is corresponding in turn to and is provided with for wearing keeping away for spring part 17 on above-mentioned upper mould cover plate 1, cope plate 2 and upper padding plate 3
Emptying aperture, the emptiness avoiding hole for wearing secondary guide pin bushing 14, the screwed hole for wearing the 4th floating pin S4 and for installing connection spiral shell
The screw hole of nail.
The pilot pin mutually matched corresponding with the positioning convex module 4-1 is also sequentially provided with above-mentioned stripper 6 and presss from both sides insert
6-1, the air holes mutually matched corresponding with the air holes convex module 4-2 presss from both sides insert 6-2, corresponding with the first overlap convex module 4-3
The the first overlap folder insert 6-3 mutually matched, the buckle that mutually matches corresponding with the buckle convex module 4-4 presss from both sides insert 6-4, and described
The second overlap folder insert 6-5 and 12 guiding pin 6-6 that second overlap convex module 4-5 correspondences match.
Be arranged in bottom plate 8 corresponding with four buckle thimbles 7-4c is additionally provided with above-mentioned bottom plate 8
Four push rod 8-5, bottom plate 8 and flange jacking block 8-1 four floating roof pin 8-6 are arranged in successively.
Above-mentioned leading post 12 is made up of a main roller set 12a and leading rod 12b, and the secondary guide pillar 13 is by up and down two secondary rollers
Cover 13a and the secondary guide rod 13b in centre one is constituted, it is spherical small convex to be uniformly laid with some resins in the sleeve wall of the major-minor roller set
Play T.
It is interconnected between air holes cavity plate groove 7-2 and the first overlap cavity plate groove 7-3 on above-mentioned concave template 7 whole recessed for one
Groove；
Flange cavity plate groove 7-6, the first molding concave die groove 7-7, the second molding concave die groove 7-8 on above-mentioned concave template 7 and
It is interconnected between three molding concave die groove 7-9 as a whole groove.
Above-mentioned air holes blade 7-2a and the first overlap blade 7-3a is set to an integral knife blade structure, the air holes blade
Cushion block 7-2a and the first overlap blade cushion block 7-3a sets and is integral cushion block structure, is sequentially arranged in by the air holes cavity plate groove 7-
2 and first overlap cavity plate groove 7-3 constitute whole groove in.
When in use, flitch is fed between bolster the utility model, and is moved successively on each station：
At positional stations, positioning blade 7-1a in the red needle 4-1b and positioning female die groove 7-1 by positioning convex module 4-1
It is engaged and two groups of positioning holes is gone out on flitch；
At punching station, pass through air holes blade 7-2a in air holes convex module 4-2 drift 4-2b and air holes cavity plate groove 7-2
It is engaged and two groups of air holes and two groups of hurricane globe bases is gone out on flitch；
At the first overlap station, by the first overlap convex module 4-3 drift 4-3b and the first overlap cavity plate groove 7-3
The first overlap blade 7-3a be engaged two groups of hurricane globe top margins gone out on sample；
Rushing at buckle station, passing through the buckle blade in buckle convex module 4-4 drift 4-4b and buckle cavity plate groove 7-4
7-4a, buckle thimble 7-4c and push rod 8-5 are engaged goes out two row's buckles on sample, and the two rows buckle is beaten positioned at two respectively
The middle part left and right sides of lighter fan housing, is easy to lighter wind cap being arranged on lighter；
At the second overlap station, by the second overlap convex module 4-5 drift 4-5a and the second overlap cavity plate groove 7-5
The second overlap blade 7-5a be engaged and be punched out on sample with breach and two top margins connecting together, two top margins point
Not Gou Cheng two lighter wind caps top panel, the breach on top panel can surround heat emission hole and tongues of fire hole；
At flange station, pass through the flange jacking block 7- in flanging die block 4-6 drift 4-6a and flange cavity plate groove 7-6
6a is engaged, and the breach that the side of two lighter wind caps and top margin are carried out on bending, top margin is vertical with sample；
At the first shaping station, pass through 7-7 in the first forming convax mould block 4-7 drift 4-7a and the first molding concave die groove
First shaping jacking block 8-1 be engaged, by two progress flange processing lighter wind cap carry out first time bending；
At the second shaping station, pass through 7-8 in the second forming convax mould block 4-8 drift 4-8a and the second molding concave die groove
Second shaping jacking block 8-2 be engaged, by two progress first time bendings lighter wind cap carry out second of bending；
At the 3rd shaping station, pass through 7-9 in the 3rd forming convax mould block 4-9 drift 4-9a and the 3rd molding concave die groove
The 3rd shaping jacking block 8-3 be engaged, by two progress second of bending lighter wind cap carry out third time bending, formed
Final hurricane globe finished product；
At blanking station, pass through blanking punch block 4-10 drift 4-10a and the blanking blade 7-10a in blanking groove
It is engaged, by two hurricane globe finished product punching separations and via the blanking in concave template, bottom plate, lower bolster and lower mould bottom plate
Hole spins off from mold.
During punching, in the presence of stripper plate, sample can be made to be separated with the punch-pin in each station.
As preferred, it is ensured that the utility model is used for the efficient stable for producing electronic lighter hurricane globe progressive die,
The upper die and lower die of the lighter wind cap progressive die are from the good DC53 cold-working moulds of high intensity, high abrasion and impact flexibility
Steel processing and fabricating is formed.
Claims (10)
1. a kind of High-efficiency stable is used to producing the progressive die of electronic lighter hurricane globe, including upper die and lower die, it is described above and below
Realize that two pass is connected with major-minor guide pin bushing by major-minor guide pillar respectively between mould, set successively along its length between the upper and lower mould
Be equipped with positional stations, punching station, the first overlap station, rush buckle station, the second overlap station, flange station, first shaping
Station, the second shaping station, the 3rd shaping station and blanking station, it is characterised in that：Described dominate is set on cope plate
Realize first and be connected with the leading post being arranged in lower mould bottom plate, the secondary guide pillar is arranged on stripper with setting up separately upper solid
Secondary guide pin bushing in fixed board and concave template realizes that second is connected；
At the positional stations, it is provided with the upper mounted plate of upper mould in the symmetrically arranged two positioning convex module of center line,
Each positioning convex module includes a positioning red needle and a red needle fixed block, is provided with the concave template of lower mould and positioning convex module
A positioning blade and a positioning blade cushion block are provided with two positioning female die grooves of Corresponding matching, its groove；
At the punching station, it is in the symmetrically arranged two air holes convex module of center line, two to be provided with the upper mounted plate of upper mould
Air holes convex module includes one group of first overlap drift and one group of air holes provided with a public air holes punch-pin fixed block, each air holes convex module
Red needle, is provided with the air holes cavity plate groove with air holes convex module Corresponding matching on the concave template of lower mould, and its cavity plate groove is provided with
One air holes blade and an air holes blade cushion block；
At the first overlap station, it is in symmetrically arranged two the first overlaps of center line to be provided with the upper mounted plate of upper mould
Convex module, and each first overlap convex module includes located at each first overlap convex module in side of each air holes convex module side by side
One first overlap fixed block and one second overlap drift, are provided with and corresponding of the first overlap convex module on the concave template of lower mould
One first overlap blade and one first overlap blade cushion block are provided with the one first overlap cavity plate groove matched somebody with somebody, its groove；
Rushed described at buckle station, it is in the symmetrically arranged four buckle punch-pin of center line to be provided with the upper mounted plate of upper mould
Block, each buckle convex module includes a buckle fixed block and a buckle drift, is provided with the concave template of lower mould convex with buckle
A buckle blade, a buckle blade cushion block and four buckle tops are provided with one buckle cavity plate groove of module Corresponding matching, its groove
Pin；
At the second overlap station, it is provided with winged in symmetrically arranged two second of center line on the upper mounted plate of upper mould
Side convex module, each second overlap convex module is included to be additionally provided with necessarily in the middle of one the 3rd overlap drift, two second overlap convex modules
Position convex module, is provided with the one second overlap cavity plate groove with the second overlap convex module Corresponding matching on the concave template of lower mould, its
One second overlap blade, one second overlap blade cushion block, one first floating block and one first floating pin are provided with groove；
At the flange station, it is in the symmetrically arranged two flanging die blocks of center line to be provided with the upper mounted plate of upper mould,
Each flanging die block includes a flange block, is provided with and is turned over the one of flanging die block Corresponding matching on the concave template of lower mould
Two flange jacking blocks being arranged in lower mold fixed plate are equipped with edge die groove, its groove；
At first shaping station, it is provided with the upper mounted plate of upper mould in symmetrically arranged two first shapings of center line
Convex module, each first forming convax mould block includes one first forming punching head, is provided with the concave template of lower mould and the first shaping
It is equipped with and the first forming punching head Corresponding matching and is arranged on down in one first molding concave die groove of convex module Corresponding matching, its groove
Two first shaping jacking blocks in mould fixed plate；
At second shaping station, it is provided with the upper mounted plate of upper mould in symmetrically arranged two second shapings of center line
Convex module, each second forming convax mould block includes one second forming punching head, is provided with the concave template of lower mould and the second shaping
It is equipped with and the second forming punching head Corresponding matching and is arranged on down in one second molding concave die groove of convex module Corresponding matching, its groove
Two second shaping jacking blocks in mould fixed plate；
At the 3rd shaping station, it is provided with the upper mounted plate of upper mould in symmetrically arranged two the 3rd shapings of center line
Convex module, each 3rd forming convax mould block includes one the 3rd forming punching head, is provided with the concave template of lower mould and the 3rd shaping
It is equipped with and the 3rd forming punching head Corresponding matching and is arranged on down in one the 3rd molding concave die groove of convex module Corresponding matching, its groove
Two the 3rd shaping jacking blocks in mould fixed plate；
At the blanking station, it is in the symmetrically arranged two blanking punch blocks of center line to be provided with the upper mounted plate of upper mould,
Each blanking punch block includes a blanking die, is provided with and falls with the one of blanking punch block Corresponding matching on the concave template of lower mould
Expect to be provided with a blanking blade, a blanking blade cushion block, one second floating block and one first floating pin in cavity plate groove, its groove.
2. High-efficiency stable according to claim 1 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：The upper mould include set gradually from top to bottom upper mould cover plate, cope plate, upper padding plate, upper mounted plate, stripper cover plate and
Stripper, the positioning convex module, air holes convex module, the first overlap convex module, buckle convex module, the second overlap convex module, is turned over
Side convex module, the first forming convax mould block, the second forming convax mould block, the 3rd forming convax mould block and blanking punch block are sequentially arranged in described
On upper mounted plate, and the stripper cover plate and stripper are arranged in successively；
The lower mould includes concave template, bottom plate, lower bolster and the lower mould bottom plate set gradually from top to bottom, the concave template
On be disposed with it is convex with the positioning convex module, air holes convex module, the first overlap convex module, buckle convex module, the second overlap
Module, flanging die block, the first forming convax mould block, the second forming convax mould block, the 3rd forming convax mould block and blanking punch block are one by one
The cavity plate groove that correspondence matches, the flange jacking block, the first shaping jacking block, the second shaping jacking block and the 3rd shaping jacking block are set successively
In on the bottom plate, and it is located on the concave template in corresponding cavity plate groove, is additionally provided with the concave template successively
By the 3rd floating block of the second buoyance lift pin connection, by the 4th floating block of the second buoyance lift pin connection, some 3rd floating pins and
Deflector chute for installing guide pad.
3. High-efficiency stable according to claim 2 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：Some contour sets, some 4th floating pins and some bullets by contour set connection are also arranged with fixed plate
Spring part.
4. High-efficiency stable according to claim 2 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：Be corresponding in turn on the upper mould cover plate, cope plate and upper padding plate be provided with for wear spring part emptiness avoiding hole, for wearing
The emptiness avoiding hole of secondary guide pin bushing, the screwed hole for wearing the 4th floating pin and the screw hole for installing attachment screw.
5. High-efficiency stable according to claim 2 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：The locating clip insert mutually matched corresponding with the positioning convex module is also sequentially provided with the stripper, it is convex with the air holes
The air holes folder insert that module correspondence is mutually matched, the first overlap folder insert mutually matched corresponding with the first overlap convex module, with
The buckle folder insert that the buckle convex module correspondence is mutually matched, the second overlap matched corresponding with the second overlap convex module
Press from both sides insert and some guiding pins.
6. High-efficiency stable according to claim 2 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：It is additionally provided with corresponding with the buckle thimble on the bottom plate and is arranged in the push rod of bottom plate and wears successively
In bottom plate and the floating roof pin of flange jacking block.
7. High-efficiency stable according to claim 1 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：The leading post is made up of main a roller set and a leading rod, and the secondary guide pillar is secondary by up and down two secondary roller sets and centre one
Guide rod is constituted, and the spherical small projection of some resins is also uniformly laid with the sleeve wall of the major and minor roller set.
8. High-efficiency stable according to claim 1 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：Between the first overlap cavity plate groove and air holes cavity plate groove be interconnected, the flange cavity plate groove, the first molding concave die groove,
It is interconnected between second molding concave die groove and the 3rd molding concave die groove.
9. High-efficiency stable according to claim 1 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：The first overlap blade is integral blade with air holes blade, and the first overlap blade cushion block is one with air holes blade cushion block
Overall cushion block.
10. High-efficiency stable according to claim 1 is used for the progressive die for producing electronic lighter hurricane globe, its feature exists
In：The upper mould and lower mould are made from DC53 mould steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720052949.5U CN206597823U (en) | 2017-01-16 | 2017-01-16 | A kind of High-efficiency stable is used for the progressive die for producing electronic lighter hurricane globe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720052949.5U CN206597823U (en) | 2017-01-16 | 2017-01-16 | A kind of High-efficiency stable is used for the progressive die for producing electronic lighter hurricane globe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206597823U true CN206597823U (en) | 2017-10-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720052949.5U Expired - Fee Related CN206597823U (en) | 2017-01-16 | 2017-01-16 | A kind of High-efficiency stable is used for the progressive die for producing electronic lighter hurricane globe |
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| CN (1) | CN206597823U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108097797A (en) * | 2017-12-19 | 2018-06-01 | 中国航发南方工业有限公司 | A kind of motor mounting shell preparation method |
| CN109513824A (en) * | 2018-12-29 | 2019-03-26 | 佛山市勤健五金制品有限公司 | Elastic slice stamping die |
-
2017
- 2017-01-16 CN CN201720052949.5U patent/CN206597823U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108097797A (en) * | 2017-12-19 | 2018-06-01 | 中国航发南方工业有限公司 | A kind of motor mounting shell preparation method |
| CN108097797B (en) * | 2017-12-19 | 2019-09-03 | 中国航发南方工业有限公司 | A kind of motor mounting shell preparation method |
| CN109513824A (en) * | 2018-12-29 | 2019-03-26 | 佛山市勤健五金制品有限公司 | Elastic slice stamping die |
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Granted publication date: 20171031 Termination date: 20200116 |