CN204209906U - The shaping mould that is assembled into one of scissor - Google Patents
The shaping mould that is assembled into one of scissor Download PDFInfo
- Publication number
- CN204209906U CN204209906U CN201420484588.8U CN201420484588U CN204209906U CN 204209906 U CN204209906 U CN 204209906U CN 201420484588 U CN201420484588 U CN 201420484588U CN 204209906 U CN204209906 U CN 204209906U
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- male
- slide block
- master mold
- slide
- scissor
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Abstract
The utility model discloses the shaping mould that is assembled into one of a kind of scissor, first and second slide block can slide and be located on caster along X, Y-direction respectively, first slide block there is the dividing plate stretched in mother module core, second slide block can stretch in mother module core, and female die ejection mechanism is provided with end and stretches into master mold thimble in mother module core; Male die insert slides along Z-direction and is located in mavable module core, inner slide can slide along Z-direction and be located on male die core, inner slide can stretch in the first slide block towards master mold side, inner slide is formed with the overhead structure extended to male die core inside, male model ejecting mechanism has end stretch into male model thimble in male die core; The dividing plate of male die core, mother module core, male die insert, inner slide, the first slide block, the second slide block end and male model thimble and master mold thimble form the die cavity of interior scissor and outer scissor jointly, and inside and outside scissor be able to separate by the dividing plate of the first slide block, it achieves assembling automatically in inside and outside scissor mould, saves artificial and time.
Description
Technical field
The utility model relates to a kind of scissor production mould of Computer key, particularly the shaping mould that is assembled into one of a kind of scissor.
Background technology
The scissor of Computer key comprises interior scissor and outer scissor, in Computer key, interior scissor and outer scissor need to fit together use, at present, existing scissor production method is, first inject interior scissor product and outer scissor product respectively by injection mold, then, manually respectively interior scissor and single the plucking respectively of outer scissor are unloaded down, cut axle in forcing with finger or instrument or special for automatic machine to be again positioned outer cutting in axis hole and to form a scissor support group, this kind of production method causes the waste of manpower, the waste of factory site, the consume of the waste of processing procedure and time and cost, produce to scissor and bring great puzzlement.
Utility model content
In order to overcome above-mentioned defect, the utility model provides the shaping mould that is assembled into one of a kind of scissor, and the shaping mould that is assembled into one of this scissor carries out when inside and outside scissor injection mo(u)lding assembling in mould simultaneously, and production efficiency is high, saves artificial.
The utility model in order to the technical scheme solving its technical problem and adopt is: the shaping mould that is assembled into one of a kind of scissor, comprise male model and master mold, if orthogonal three directions are respectively X-direction, Y-direction and Z-direction, wherein Z-direction is die sinking direction, wherein:
Master mold comprises caster, mother module core, first, two slide blocks, inner slide, first, two slider-actuated mechanisms, inner slide driving mechanism and female die ejection mechanism, described mother module core is positioned on caster, first slide block can slide in X direction and stretch in mother module core, inner slide is arranged on the first slide block, and inner slide driving mechanism can drive inner slide to stretch in the first slide block along Z-direction slip, inner slide is also formed with the overhead structure extended towards male die core inside, second slide block can slide along Y-direction and be positioned on caster, second slide block can stretch in mother module core, first, two slider-actuated mechanisms drive first respectively, two slide block movements, female die ejection mechanism is provided with master mold thimble, master mold thimble end is stretched in mother module core,
Male model comprises that male model is pulled, male model ejecting mechanism, male die core, male die insert and male die insert driving mechanism, described male die core is located in male template, male die insert slides and is arranged in mavable module core, male die insert driving mechanism can drive male die insert to slide along Z-direction, male model ejecting mechanism is provided with male model thimble, and male model thimble end is stretched in male die core;
Described male die core, male die insert, male model thimble, inner slide, mother module core, the first slide block, the second slide block and master mold thimble form the die cavity of interior scissor and outer scissor jointly, and inside and outside scissor can separate by the first slide block.
As further improvement of the utility model, described male die insert driving mechanism comprises male model liftout plate, male model wedge and male model spring, described male model both ends of the spring is tight against male model liftout plate and male template respectively, male model liftout plate is connected towards master mold side and male model wedge, male model wedge is tight against the first shoe surface, and male die insert is fixed on male model liftout plate.
As further improvement of the utility model, described female die ejection mechanism also comprises master mold liftout plate, master mold wedge and master mold spring, described master mold both ends of the spring is tight against master mold liftout plate and caster respectively, master mold liftout plate is connected towards male model side and master mold wedge, master mold wedge is tight against the first shoe surface, and master mold thimble is fixed on master mold liftout plate.
As further improvement of the utility model, described first slider-actuated mechanism is the first Angle Pin tilted in X direction be fixed on caster, first slide block is provided with the first inclined hole, this first Angle Pin can be inserted in this first inclined hole, second slider-actuated mechanism is fixed on caster along the second Angle Pin that Y-direction tilts, second slide block is provided with the second inclined hole, this second Angle Pin can be inserted in this second inclined hole, inner slide driving mechanism is the inner slide return spring be fixed on male die core, this inner slide return spring is tight against the surface of inner slide towards male model direction, inner slide is the inclined-plane tilted along Z-direction towards the surface in master mold direction, second slide block is the inclined-plane mated with inner slide ramp towards the surface in male model direction, and the second slide block and inner slide are by inclined-plane close contact.
As further improvement of the utility model, be also provided with shovel, described shovel coordinates driving first slide block to reset with the first slide block by inclined-plane.
As further improvement of the utility model, described shovel is also provided with for the back draught mechanism by mold-locked.
As further improvement of the utility model, this mould adopts multi-point mould structure.
The beneficial effects of the utility model are: the utility model by inside and outside scissor product by upper and lower stacked ranking, the dividing plate between upper and lower product is extracted out with the first slide block, reserve assembling space, the mode that during die sinking, inside and outside scissor product ejects punching press by master mold thimble and male die insert completes under the prerequisite not affecting the product shaping cycle rushes group, achieve the assembling automatically simultaneously of inside and outside scissor injection moulding Inset ejection molding, solve the manpower waste of existing assembly tool and method existence and the problem of time consume.
Accompanying drawing explanation
Fig. 1 wants by the utility model shaping scissor exploded view;
Fig. 2 is inside and outside scissor assembling position ranking figure;
Fig. 3 is inside and outside scissor first assembled state figure;
Fig. 4 is inside and outside scissor second assembled state figure;
Fig. 5 is inside and outside scissor the 3rd assembled state figure;
Fig. 6 is the utility model structural principle exploded view;
Fig. 7 is the utility model structural principle stereogram;
Fig. 8 is female die ejection mechanism of the present utility model and male die insert driving mechanism primary importance schematic diagram;
Fig. 9 is female die ejection mechanism of the present utility model and male die insert driving mechanism second place schematic diagram;
Figure 10 is the first reset mode figure of the first slide block of the present utility model;
Figure 11 is the second reset mode figure of the first slide block of the present utility model;
Figure 12 is the first structure principle chart of the second slide block of the present utility model and inner slide;
Figure 13 is the second structure principle chart of the second slide block of the present utility model and inner slide;
Figure 14 is the first principles of die structure figure of the present utility model;
Figure 15 is the second principles of die structure figure of the present utility model.
Detailed description of the invention
Embodiment: the shaping mould that is assembled into one of a kind of scissor, comprises male model and master mold, if orthogonal three directions are respectively X-direction, Y-direction and Z-direction, wherein Z-direction is die sinking direction, wherein:
Master mold comprises caster, mother module core 7, first, two slide blocks 9, 10, inner slide 11, first, two slider-actuated mechanisms, inner slide driving mechanism and female die ejection mechanism, described mother module core 7 is positioned on caster, first slide block 9 can slide in X direction and stretch in mother module core 7, inner slide 11 is arranged on the first slide block 9, and inner slide driving mechanism can drive inner slide 11 to stretch in the first slide block 9 along Z-direction slip, inner slide 11 is also formed with the overhead structure extended towards male die core inside, second slide block 10 can slide along Y-direction and be positioned on caster, second slide block 10 can stretch in mother module core, first, two slider-actuated mechanisms drive first respectively, two slide blocks 9, 10 motions, female die ejection mechanism is provided with master mold thimble 6, master mold thimble 6 end is stretched in mother module core 7,
Male model comprises that male model is pulled, male model ejecting mechanism, male die core 8, male die insert 4 and male die insert driving mechanism, described male die core 8 is located in male template, male die insert 4 slides and is arranged in male die core 8, male die insert driving mechanism can drive male die insert 4 to slide along Z-direction, male model ejecting mechanism is provided with male model thimble 5, and male model thimble 5 end is stretched in male die core 8;
The die cavity of scissor and outer scissor in described male die core 8, male die insert 4, male model thimble 5, inner slide 11, mother module core 7, first slide block 9, second slide block 10 and master mold thimble 6 are formed jointly, and inside and outside scissor can separate by the first slide block 9.
Matched moulds is shaping, in the both sides of the first slide block 9 are formed separately, outer scissor 2, 1, during die sinking, male model retreats, first slide block 9 wouldn't move for time delay slide block, after moving after the second slide block 10 driving mechanism stirs the second slide block 10, inner slide 11 under the drive of inner slide driving mechanism on move the back-off 23 of interior scissor 2, continue die sinking first slide block 9 and move a segment distance backward under the stirring of the first slider-actuated mechanism, in treating, the first slide block 9 between outer scissor all exits, master mold thimble 6 when first slide block 9 continues to retreat on female die ejection mechanism and the male die insert 4 on male model ejecting mechanism drive outer scissor 1 and interior scissor 2 relative motion respectively, outer scissor 1 is separated with runner 3 and moves forward under the promotion of master mold thimble 6, simultaneously, scissor 2 is separated with runner 3 and moves forward under the drive of male die insert 4, in utilizing after arriving assembling position, the oblique angle 22 cut on axle makes outer cutting open, thus slip into outer cutting in axis hole and complete assembling, male model continues to retreat to complete die sinking, the product assembled stays male model because of the package power of male die insert 4, by male model thimble 5 pushing-off product, complete injection cycle, whole action completes in a flash mould die sinking, do not affect the formed product cycle, first slide block 9 during matched moulds, the male model thimble 5 of male model ejecting mechanism, the master mold thimble 6 of female die ejection mechanism, and second slide block 10 and inner slide 11 order return, the assembling product site layer stacked ranking of this patent, hide into glue, production efficiency is high, save artificial.
Described male die insert driving mechanism comprises male model liftout plate 19, male model wedge 14 and male model spring 21, described male model spring 21 two ends are tight against male model liftout plate 19 and male template respectively, male model liftout plate is connected towards master mold side and male model wedge 14, male model wedge 14 is tight against the first shoe surface, male die insert 4 is fixed on male model liftout plate 19, first slide block 9 continues to retreat, male model wedge 14 departs from the first slide block 9 surface, no longer stop by the first slide block 9, male model liftout plate 19 moves towards master mold direction under the compression of male model spring 21, and then make male die insert 4 head on interior scissor 2 to move towards master mold direction, male model wedge 14 and the first slide block 9 chamfer bevel respective outer side edges, ensure that slip is smooth and easy, male die insert driving mechanism also can be other structure as by oriented post toggle mechanism, independent fuel cylinder driving mechanism etc., this is the structure that those skilled in the art are easy to according to this patent expect.
Described female die ejection mechanism also comprises master mold liftout plate 18, master mold wedge 13 and master mold spring 20, described master mold spring 20 two ends are tight against master mold liftout plate 18 and caster respectively, master mold liftout plate 18 is connected towards male model side and master mold wedge 13, master mold wedge 13 is tight against the first shoe surface, master mold thimble is fixed on master mold liftout plate, first slide block 9 continues to retreat, master mold wedge 13 departs from the first slide block 9 surface, no longer stop by the first slide block 9, master mold liftout plate 18 moves towards male model direction under the compression of master mold spring 20, and then make master mold thimble 6 head on outer scissor 1 to move towards male model direction, female male model wedge 14 and the first slide block 9 chamfer bevel respective outer side edges, ensure that slip is smooth and easy, female die ejection mechanism also can be that other structure is as passed through Three-board-mould structure, oriented post toggle mechanism, independent fuel cylinder driving mechanism etc., this is the structure that those skilled in the art are easy to according to this patent expect.
Described first slider-actuated mechanism is the first Angle Pin 16 tilted in X direction be fixed on caster, first slide block 9 is provided with the first inclined hole, this first Angle Pin 16 can be inserted in this first inclined hole, second slider-actuated mechanism is fixed on caster along the second Angle Pin 17 that Y-direction tilts, second slide block 10 is provided with the second inclined hole, this second Angle Pin 17 can be inserted in this second inclined hole, inner slide driving mechanism is the inner slide return spring 12 be fixed on male die core, this inner slide return spring 12 is tight against the surface of inner slide 11 towards male model direction, inner slide 11 is the inclined-plane tilted along Z-direction towards the surface in master mold direction, second slide block 10 is the inclined-plane mated with inner slide 11 ramp towards the surface in male model direction, and the second slide block 10 and inner slide 11 are by inclined-plane close contact, during die sinking, male model retreats, after moving after the second Angle Pin 17 stirs the second slide block 10, inner slide 11 in first slide block 9 is under the drive of return spring, move the back-off 23 of interior scissor 2 towards master mold direction, continue die sinking, first slide block 9 moves a segment distance backward under the stirring of the first Angle Pin 16, in, outer scissor 2, dividing plate between 1 all exits.
Also be provided with shovel 15, described shovel 15 coordinates driving first slide block to reset with the first slide block 9 by inclined-plane.
Described shovel 15 is also provided with for the back draught mechanism 24 by mold-locked.By back draught mechanism 24 locking die in shovel 15, avoiding slide block to loosen under injection pressures affects forming quality of products.
This mould employing multi-point mould structure, coordinate now further ripe hot flow path 3 technology to reach many caves and produce, the shortening formed product cycle completes automatic makeup simultaneously, only once increases die cost, saves a large amount of manpower, factory site, processing procedure and time.
Claims (7)
1. the shaping mould that is assembled into one of scissor, is characterized in that: comprise male model and master mold, if orthogonal three directions are respectively X-direction, Y-direction and Z-direction, wherein Z-direction is die sinking direction, wherein:
Master mold comprises caster, mother module core (7), first, two slide blocks (9, 10), inner slide (11), first, two slider-actuated mechanisms, inner slide driving mechanism and female die ejection mechanism, described mother module core is positioned on caster, first slide block can slide in X direction and stretch in mother module core, inner slide is arranged on the first slide block, and inner slide driving mechanism can drive inner slide to stretch in the first slide block along Z-direction slip, inner slide is also formed with the overhead structure extended towards male die core inside, second slide block can slide along Y-direction and be positioned on caster, second slide block can stretch in mother module core, first, two slider-actuated mechanisms drive first respectively, two slide block movements, female die ejection mechanism is provided with master mold thimble (6), master mold thimble end is stretched in mother module core,
Male model comprises that male model is pulled, male model ejecting mechanism, male die core (8), male die insert (4) and male die insert driving mechanism, described male die core is located in male template, male die insert slides and is arranged in mavable module core, male die insert driving mechanism can drive male die insert to slide along Z-direction, male model ejecting mechanism is provided with male model thimble (5), and male model thimble end is stretched in male die core;
Described male die core, male die insert, male model thimble, inner slide, mother module core, the first slide block, the second slide block and master mold thimble form the die cavity of interior scissor and outer scissor jointly, and inside and outside scissor can separate by the first slide block.
2. the shaping mould that is assembled into one of scissor according to claim 1, it is characterized in that: described male die insert driving mechanism comprises male model liftout plate (19), male model wedge (14) and male model spring (21), described male model both ends of the spring is tight against male model liftout plate and male template respectively, male model liftout plate is connected towards master mold side and male model wedge, male model wedge is tight against the first shoe surface, and male die insert is fixed on male model liftout plate.
3. the shaping mould that is assembled into one of scissor according to claim 1, it is characterized in that: described female die ejection mechanism also comprises master mold liftout plate (18), master mold wedge (13) and master mold spring (20), described master mold both ends of the spring is tight against master mold liftout plate and caster respectively, master mold liftout plate is connected towards male model side and master mold wedge, master mold wedge is tight against the first shoe surface, and master mold thimble is fixed on master mold liftout plate.
4. the shaping mould that is assembled into one of scissor according to claim 1, it is characterized in that: described first slider-actuated mechanism is the first Angle Pin (16) tilted in X direction be fixed on caster, first slide block is provided with the first inclined hole, this first Angle Pin can be inserted in this first inclined hole, second slider-actuated mechanism is fixed on caster along the second Angle Pin (17) that Y-direction tilts, second slide block is provided with the second inclined hole, this second Angle Pin can be inserted in this second inclined hole, inner slide driving mechanism is the inner slide return spring (12) be fixed on male die core, this inner slide return spring is tight against the surface of inner slide towards male model direction, inner slide is the inclined-plane tilted along Z-direction towards the surface in master mold direction, second slide block is the inclined-plane mated with inner slide ramp towards the surface in male model direction, and the second slide block and inner slide are by inclined-plane close contact.
5. the shaping mould that is assembled into one of scissor according to claim 1, is characterized in that: be also provided with shovel (15), described shovel coordinates driving first slide block to reset with the first slide block by inclined-plane.
6. the shaping mould that is assembled into one of scissor according to claim 5, is characterized in that: described shovel is also provided with for the back draught mechanism (24) by mold-locked.
7. according to the shaping mould that is assembled into one of the scissor in claim 1-6 described in any one, it is characterized in that: this mould adopts multi-point mould structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420484588.8U CN204209906U (en) | 2014-08-26 | 2014-08-26 | The shaping mould that is assembled into one of scissor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420484588.8U CN204209906U (en) | 2014-08-26 | 2014-08-26 | The shaping mould that is assembled into one of scissor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204209906U true CN204209906U (en) | 2015-03-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420484588.8U Withdrawn - After Issue CN204209906U (en) | 2014-08-26 | 2014-08-26 | The shaping mould that is assembled into one of scissor |
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| CN (1) | CN204209906U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104149280A (en) * | 2014-08-26 | 2014-11-19 | 昆山高健电子工业有限公司 | Scissor forming and assembling integrated mold |
-
2014
- 2014-08-26 CN CN201420484588.8U patent/CN204209906U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104149280A (en) * | 2014-08-26 | 2014-11-19 | 昆山高健电子工业有限公司 | Scissor forming and assembling integrated mold |
| CN104149280B (en) * | 2014-08-26 | 2016-06-01 | 昆山高健电子工业有限公司 | The shaping mould that is assembled into one of scissors pin |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150318 Effective date of abandoning: 20160601 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |