CN207086813U - Combined bracelet processing forging and stamping mode structure - Google Patents

Combined bracelet processing forging and stamping mode structure Download PDF

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Publication number
CN207086813U
CN207086813U CN201720757804.5U CN201720757804U CN207086813U CN 207086813 U CN207086813 U CN 207086813U CN 201720757804 U CN201720757804 U CN 201720757804U CN 207086813 U CN207086813 U CN 207086813U
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China
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mould
under
bending die
integer
bracelet
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CN201720757804.5U
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Chinese (zh)
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张志坚
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Dongguan Fuli Watch Industry Co Ltd
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Dongguan Fuli Watch Industry Co Ltd
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Abstract

Combined bracelet processing forging and stamping mode structure, the utility model is related to technology of die manufacturing field, refer in particular to a kind of Combined bracelet processing forging and stamping mode structure of machine-shaping irregular shape bracelet.It is achieved by the following technical solution:Combined bracelet processing forging and stamping mode structure, including shaping mould, bending die and integer mould;The utility model carries out operation by way of forging and pressing and processing completely, greatly improves production efficiency, and the quality of product is also ensured well due to being processed special-shaped bracelet by the shaping mould of combination, bending die and integer mould.

Description

Combined bracelet processing forging and stamping mode structure
Technical field
Technology of die manufacturing field is the utility model is related to, refers in particular to a kind of group of machine-shaping irregular shape bracelet Box-like bracelet processing forging and stamping mode structure.
Background technology
With the progress of society, growth in the living standard, people are while working hard, also according to the hobby of oneself, Pursue personalized small articles.Irregular shape bracelet is exactly wherein representative ornament, as shown in Figure 1, arc Bracelet body 1 include solid type crescent shovel end 11, butt end 12 and formed, its unique moulding is favored by younger generation very much. However, in process of production, its unique moulding causes to process extremely complex, and production cost remains high, and yields is low.
The content of the invention
The purpose of this utility model is to overcome above-mentioned weak point of the prior art, and provides a kind of machine-shaping not The Combined bracelet processing forging and stamping mode structure of regular shape bracelet.
The utility model is achieved by the following technical solution:Combined bracelet processing forging and stamping mode structure, including shaping Mould, bending die integer mould;
Described shaping mould is made up of mould under moulding upper mould and shaping mould, and the longitudinal profile under shaping mould at the top of mould is in circle Sliding W types, in the middle position be provided with the groove for being available for locating piece card on bracelet body band to set position, moulding upper mould with into The contact surface profiling of mould under pattern;
Described bending die is made up of mould under mould on bending die and bending die, and it is recessed to be provided with longitudinal direction for the top of mould under bending die Groove and transverse concave groove, the width of longitudinal fluting are the width of bracelet body band, and transverse concave groove is perpendicular to transverse concave groove, its width The width of locating piece on bracelet body band;The bottom of longitudinal fluting using transverse concave groove as summit to both sides be in the circle that tilts down Arc;On bending die under mould and bending die mould contact surface by chimeric block, solid type crescent shovel end kink, butt end kink and Escape groove is formed, and escape groove is separately positioned on the both sides of chimeric block, and the width of chimeric block is the width of bracelet body band, is avoided The width of groove is the length of mould longitudinal fluting under bending die, and the longitudinal profile at the top of chimeric block be in three-stage circular arc, and its stage casing is justified Arc with bending die the longitudinal fluting bottom of mould to both sides be in the circular arc phase profiling that tilts down, the circular arc of its both sides respectively with Longitudinal profile under shaping mould at the top of mould is mutual in round and smooth W type phase profilings, chimeric block and escape groove and the top of mould under bending die Be nested cooperation;
Described integer mould is made up of mould under mould on integer mould and integer mould, and the top of mould is smooth song under integer mould Face, and the groove for the locating piece card setting position on bracelet body band is provided with, mould contact with mould under integer mould on integer mould Face smooth cooperation mutually.
The utility model is completely logical due to being processed special-shaped bracelet by the shaping mould of combination, bending die and integer mould The mode for crossing forging and stamping processing carries out operation, greatly improves production efficiency, and the quality of product is also ensured well.
Brief description of the drawings:
Accompanying drawing 1 is special-shaped bracelet stereogram;
Accompanying drawing 2 is shaping mould machining sketch chart;
Accompanying drawing 3 is the machining sketch chart of bending die 3;
Accompanying drawing 4 is mould stereogram under bending die;
Accompanying drawing 5 is mould stereogram on bending die;
Accompanying drawing 6 is integer mould machining sketch chart;
Accompanying drawing 7 is mould front view under integer mould;
Accompanying drawing 8 is mould front view on integer mould;
Accompanying drawing 9 is bracelet body band front view.
Embodiment:
See accompanying drawing 1~9, Combined bracelet processing forging and stamping mode structure, including shaping mould 2, bending die 3 and integer mould 4;
Described shaping mould 2 is made up of mould 22 under moulding upper mould 21 and shaping mould, the longitudinal direction at the top of mould 22 under shaping mould Section is in round and smooth W types, and position is provided with the groove that the locating piece 13 being available on bracelet body band 1 blocks setting position in the middle, into The contact surface profiling of mould 21 and mould 22 under shaping mould on pattern;
Described bending die 3 is made up of mould 32 under mould on bending die 31 and bending die, and the top of mould 32 is set under bending die There are longitudinal fluting 322 and transverse concave groove 321, the width of longitudinal fluting 322 is the width of bracelet body band 1, and transverse concave groove 321 hangs down Directly in longitudinal fluting 322, its width is the width of the locating piece 13 on bracelet body band 1;The bottom of longitudinal fluting 322 is with transverse direction Groove 321 is for summit to both sides in the circular arc tilted down;On bending die mould 31 with the contact surface of mould under bending die 32 by chimeric Block 311, solid type crescent shovel end kink 312, butt end kink 313 and escape groove 314 are formed, and escape groove 314 is distinguished The both sides of chimeric block 311 are arranged on, the width of chimeric block 311 is the width of bracelet body band 1, and the width of escape groove 314 is to beat The length of the longitudinal fluting 322 of mould 32 under curved mould, the longitudinal profile at the top of chimeric block 311 be in three-stage circular arc, its stage casing circular arc and The bottom of longitudinal fluting 322 of mould 32 distinguishes to both sides in the circular arc phase profiling tilted down, the circular arc of its both sides under bending die Longitudinal profile with the top of mould under shaping mould 22 is under round and smooth W type phase profilings, chimeric block 311 and escape groove 314 and bending die The top cooperation nested against one another of mould 32;
Described integer mould 4 is made up of mould 42 under mould 41 on integer mould and integer mould, and the top of mould 42 is light under integer mould Sliding curved surface 421, and be provided with the groove 422 for the card setting of locating piece 13 position on bracelet body band 1, on integer mould mould 41 with The contact surface of mould 42 smooth cooperation mutually under integer mould.
During using the utility model, the bracelet body band 1 that strip to be processed is put into the top of mould 22 under shaping mould, bracelet Locating piece 13 on body band 1 is fastened in the groove of its medium position positioning, due to mould under moulding upper mould 21 and shaping mould 22 contact surface phase profiling, therefore when mould 22 presses under moulding upper mould 21 and shaping mould, the bracelet body band 1 of strip is pressed In round and smooth W types, and its both ends is pressed spatially type crescent shovel end 11 and butt end 12 respectively;
Bracelet body band 1 after shaping mould 1 is processed again is moved into the longitudinal fluting 322 of mould 32 under bending die, and it is positioned The clip of block 13 is in transverse concave groove 321, and when mould 31 pushes on bending die, the longitudinal direction that chimeric block 311 is embedded in mould 32 under bending die is recessed The convex extension part formed is split in the top of mould 32 by longitudinal fluting 322 and transverse concave groove 321 in groove 322, under bending die can just be divided to two Side is contained in the escape groove 314 of mould 31 on bending die, because the longitudinal profile at the top of chimeric block 311 is in three-stage circular arc, its Stage casing circular arc and the bottom of longitudinal fluting 322 of mould under bending die 32 to both sides be in the circular arc phase profiling that tilts down, and its two Longitudinal profile of the circular arc of side respectively with the top of mould under shaping mould 22 is in round and smooth W type phase profilings so that it is compressing in place after, On bending die under the stage casing circular arc of the chimeric block 311 of mould 31 and bending die the bottom of longitudinal fluting 322 of mould 32 to both sides be in Under inclined circular arc coincide, on bending die the circular arc of the both sides of mould 31 respectively with shaping mould 2 compacting in round and smooth W types hand The circular arc of bracelet body band 1 coincides, and makes the curved bracelet body 1 of bracelet body band 1;
Curved bracelet body 1 is moved into the curved surface 421 at the top of mould 42 under integer mould, and will be determined on bracelet body band 1 Position block 13 is arranged in the groove 422 of mould 42 under integer mould, because the contact surface of mould 41 and mould 42 under integer mould on integer mould is mutual Mutually smooth cooperation, both pressings so that curved bracelet body 1 is more smooth mellow and full.

Claims (1)

1. Combined bracelet processing forging and stamping mode structure, including shaping mould, bending die and integer mould;It is characterized in that:
Described shaping mould is made up of mould under moulding upper mould and shaping mould, and the longitudinal profile under shaping mould at the top of mould is in round and smooth W types, in the middle position be provided with the groove for being available for locating piece card on bracelet body band to set position, moulding upper mould and shaping mould The contact surface profiling of lower mould;
Described bending die is made up of mould under mould on bending die and bending die, under bending die the top of mould be provided with longitudinal fluting and Transverse concave groove, the width of longitudinal fluting are the width of bracelet body band, and for transverse concave groove perpendicular to transverse concave groove, its width is bracelet The width of locating piece on body band;The bottom of longitudinal fluting using transverse concave groove as summit to both sides be in the circular arc that tilts down; The contact surface of mould and mould under bending die by chimeric block, solid type crescent shovel end kink, butt end kink and is kept away on bending die Groove is allowed to be formed, escape groove is separately positioned on the both sides of chimeric block, and the width of chimeric block is the width of bracelet body band, escape groove Width be mould longitudinal fluting under bending die length, the longitudinal profile at the top of chimeric block is in three-stage circular arc, its stage casing circular arc With under bending die the longitudinal fluting bottom of mould to both sides be in the circular arc phase profiling that tilts down, the circular arc of its both sides respectively with into Longitudinal profile under pattern at the top of mould is mutual in round and smooth W type phase profilings, chimeric block and escape groove and the top of mould under bending die It is nested;
Described integer mould is made up of mould under mould on integer mould and integer mould, and the top of mould is smooth curved surface under integer mould, and It is provided with the groove for the locating piece card setting position on bracelet body band, the contact surface of mould and mould under integer mould is mutual on integer mould Smooth cooperation.
CN201720757804.5U 2017-06-27 2017-06-27 Combined bracelet processing forging and stamping mode structure Active CN207086813U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720757804.5U CN207086813U (en) 2017-06-27 2017-06-27 Combined bracelet processing forging and stamping mode structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720757804.5U CN207086813U (en) 2017-06-27 2017-06-27 Combined bracelet processing forging and stamping mode structure

Publications (1)

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CN207086813U true CN207086813U (en) 2018-03-13

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112404196A (en) * 2020-10-29 2021-02-26 田建国 Bracelet processing system of bending

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112404196A (en) * 2020-10-29 2021-02-26 田建国 Bracelet processing system of bending

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