CN209664243U - A kind of mould structure for right bracket of automobile production - Google Patents
A kind of mould structure for right bracket of automobile production Download PDFInfo
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- CN209664243U CN209664243U CN201920212626.7U CN201920212626U CN209664243U CN 209664243 U CN209664243 U CN 209664243U CN 201920212626 U CN201920212626 U CN 201920212626U CN 209664243 U CN209664243 U CN 209664243U
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Abstract
The utility model relates to a kind of mould structures for right bracket of automobile production; including the dynamic model component with dynamic model core pulling component and with the cover half component of cavity core pulling component; the dynamic model component is driven by bonding press and is moved relative to lower mold assemblies, to realize molding or die sinking.The utility model structure is simple, it is easy to use, molding while may be implemented the various face of product and different angle shaped face using the utility model, it avoids the problem that needing to make according to type wheat flour more secondary molds in the past, it is time saving and energy saving, the design cost of enterprise is not only reduced, the consistency and stability of product are also improved, the production requirement for effectively meeting client, improves production efficiency.
Description
Technical field
The utility model relates to field of die equipment more particularly to a kind of mould structures for right bracket of automobile production.
Background technique
The production for being conventionally used to right bracket of automobile needs to realize the molding of each forming surface of right support by more secondary molds, adopts
The mold opening cost that enterprise is not only increased with the mode of more secondary Mold Makings, also cannot keep the consistency of product, stability compared with
Difference causes production efficiency low, and in order to meet client's production requirement, there is an urgent need to design a kind of new mould structure.
Utility model content
The applicant be directed to above-mentioned existing issue, carried out Improvement, provide it is a kind of for right bracket of automobile production
Mould structure is able to achieve right bracket of automobile by a secondary mold rapid shaping, has a good product consistency, high excellent of stability
Point.
Technical solution used by the utility model is as follows:
A kind of mould structure for right bracket of automobile production, including dynamic model component and cover half component, the dynamic model component
It is driven by bonding press and is moved relative to lower mold assemblies, to realize molding or die sinking；
The specific structure of the cover half component is as follows:
Including model frame, Yu Suoshu cover half frame is built-in to match cover half core and sprue bush, and the cover half core and sprue bush are each other
Abut, along the cover half core surface indentation and be respectively formed for molding first forming tank of forming part side horizontal plane,
Second forming tank and be used for the molding third forming tank of forming part half vertical plane；In in the third forming tank of the cover half core
Also open up cover half sliding block impenetrating mouth, the cover half sliding block impenetrating mouth and the oblique open communication for being opened in model frame side；Institute
It states model frame and opens up the side of opening and also set up for the molding cavity core pulling component of forming part diagonal cut joint；
The specific structure of the dynamic model component is as follows:
Including dynamic model frame, moving-mould-core and spreader are assemblied in the dynamic model frame, are opened up respectively on Yu Suoshu moving-mould-core
For being connected to the running channel of spreader and for molding 4th forming tank of forming part other side horizontal plane, along the 4th molding
The axial direction of slot is also set up on the dynamic model frame for the molding dynamic model core pulling component of the other half vertical plane of forming part；
In also affixed a pair of of the support block in the top surface of the dynamic model frame, limited block is assembled in the inside of adjacent support block, and guide rod bottom plate is set to phase
Abutted between adjacent Europe support block and with each limited block, guide rod bottom plate abuts each other with guide rod fixed plate, one end of more thimbles with lead
Bar bottom plate abuts, and the other end sequence of each thimble runs through guide rod fixed plate and moving-mould-core.
Its further technical solution is:
The third forming tank is connected between the first forming tank and the second forming tank, the first forming tank and the second forming tank
It is parallel each other；
Open up guide post pilot hole respectively in the four corners of the model frame, the model frame close to cover half core third at
Slide slot is also opened up at type groove；
Guide sleeve is assembled respectively in the four corners of the dynamic model frame, assembles guide post in each guide sleeve；
It is recessed respectively along the four corners of the cover half core and forms positioning assembling groove, in the four corners of the moving-mould-core
The positioning mounting boss to be formed for cooperating positioning assembling groove is outwardly protruded respectively；
The specific structure of the cavity core pulling component is as follows:
Including being fixed in a pair first support plate of the model frame with opening side, connected between a pair of first support plate
Cover half oil cylinder fixed plate, cover half oil cylinder are fixed in the cover half oil cylinder fixed plate, the first piston and cover half of the cover half oil cylinder
Take-up housing connection, the cover half take-up housing are embedded in model frame, connect cover half sliding block in one end of the cover half take-up housing；
The specific structure of the dynamic model core pulling component is as follows:
The second support plate of a pair including being fixed in dynamic model frame, connection dynamic model oil cylinder is fixed between adjacent second support plate
Plate, dynamic model oil cylinder are fixed in the dynamic model oil cylinder fixed plate, and the second piston of the dynamic model oil cylinder connects dynamic model slide, described
The affixed dynamic model sliding block in the front end of dynamic model slide；
Side plate is also abutted respectively in the left and right sides of the dynamic model slide, and each side plate is solid with the opening inner side wall of dynamic model frame
It connects, forms the space mobile for dynamic model slide between adjacent side plates；
It further include multiple through guide rod bottom plate, the dagger and bracer of guide rod fixed plate, the bottom of each dagger and bracer and dynamic
Framed top abuts.
The beneficial effects of the utility model are as follows:
The utility model structure is simple, easy to use, and the various face of product and difference may be implemented using the utility model
It is formed while angle shaped face, avoids the problem that needing to make according to type wheat flour more secondary molds in the past, it is time saving and energy saving, not only drop
The design cost of Di Liao enterprise also improves the consistency and stability of product, effectively meets the production requirement of client, improves
Production efficiency.
Detailed description of the invention
Fig. 1 is the general assembly drawing of the utility model.
Fig. 2 is the structural schematic diagram I of cover half component in the utility model.
Fig. 3 is the structural schematic diagram II of cover half component in the utility model.
Fig. 4 is the mounting structure schematic diagram of cover half component and the first slide block assembly.
Fig. 5 is the structural schematic diagram I of dynamic model component in the utility model.
Fig. 6 is the structural schematic diagram II of dynamic model component in the utility model.
Wherein: 1, model frame；101, cover half core fitting groove；102, guide post pilot hole；103, slide slot；104, it is open；
105, sprue bush mounting hole；2, cover half core；201, the first forming tank；202, the second forming tank；203, third forming tank；204, fixed
Mode slider impenetrating mouth；205, assembling groove is positioned；3, sprue bush；4, forming part；5, cover half sliding block；6, cover half take-up housing；7,
First piston；8, the first support plate；9, cover half oil cylinder fixed plate；10, cover half oil cylinder；11, dynamic model frame；12, spreader；13, it leads
Column；14, guide sleeve；15, moving-mould-core；1501, mounting boss is positioned；1502, running channel；1503, the 4th forming tank；16, dynamic model sliding block；
17, dynamic model slide；18, second piston；19, side plate；20, the second support plate；21, dynamic model oil cylinder fixed plate；22, dynamic model oil cylinder；
23, support block；24, bracer；25, dagger；26, limited block；27, guide rod bottom plate；28, guide rod fixed plate.
Specific embodiment
Illustrate specific embodiment of the present utility model below.
As shown in Figure 1, Figure 2 and Figure 3, a kind of mould structure for right bracket of automobile production includes dynamic model component and cover half
Component, dynamic model component are driven by bonding press and are moved relative to lower mold assemblies, to realize molding or die sinking；
The specific structure of cover half component is as follows:
Including model frame 1, assembly cover half core 2 and sprue bush 3, cover half core 2 support each other with sprue bush 3 in Yu Dingmo frame 1
It connects, sprue bush 3 is assemblied in sprue bush mounting hole 105, and cover half core 2 is assemblied in cover half core fitting groove 101, along cover half core 2
Surface indentation and be respectively formed for molding first forming tank 201 of 4 side horizontal plane of forming part, the second forming tank 202 and
For the molding third forming tank 203 of 4 half vertical plane of forming part；It is fixed in also being opened up in the third forming tank 203 of cover half core 2
Mode slider impenetrating mouth 204, cover half sliding block impenetrating mouth 204 are connected to the oblique opening 104 for being opened in 1 side of model frame；In cover half
The side that frame 1 opens up opening 104 is also set up for the molding cavity core pulling component of 4 diagonal cut joint of forming part；
As shown in figure 4, the specific structure of above-mentioned cavity core pulling component is as follows:
Including be fixed in model frame 1 with opening 104 sides first support plate of a pair 8, a pair the first support plate 8 it
Between connect cover half oil cylinder fixed plate 9, cover half oil cylinder 10 is fixed in cover half oil cylinder fixed plate 9, the first piston 7 of cover half oil cylinder 10 with
Cover half take-up housing 6 connects, and cover half take-up housing 6 is embedded in model frame 1, connects cover half sliding block 5 in one end of cover half take-up housing 6.
Above-mentioned third forming tank 203 is connected between the first forming tank 201 and the second forming tank 202, the first forming tank 201
It is parallel each other with the second forming tank 202.Guide post pilot hole 102 is opened up respectively in the four corners of above-mentioned model frame 1, in model frame
1 also opens up the slide slot 103 being oriented to for dynamic model slide 17 at 2 third forming tank 203 of cover half core.
As shown in Fig. 1, Fig. 5 and Fig. 6, the specific structure of dynamic model component is as follows:
Including dynamic model frame 11, moving-mould-core 15 and spreader 12 are assemblied in dynamic model frame 11, in opening respectively on moving-mould-core 15
If being used to be connected to the running channel 1502 of spreader 12 and being used for molding 4th forming tank 1503 of 4 other side horizontal plane of forming part,
It is molding that the other half vertical plane for forming part 4 is also set up along the axial direction of the 4th forming tank 1503, on dynamic model frame 11
Dynamic model core pulling component；In also affixed a pair of of the support block 23 in the top surface of dynamic model frame 11, limited block 26 is assembled in the inside of adjacent support block 23,
Guide rod bottom plate 27 is set between adjacent Europe support block 23 and abuts with each limited block 26, and guide rod bottom plate 27 and guide rod fixed plate 28 are mutual
To abut, one end of more thimbles is abutted with guide rod bottom plate 27, and the other end sequence of each thimble runs through guide rod fixed plate 28 and moves
Mold core 15.Guide sleeve 14 is assembled respectively in the four corners of above-mentioned dynamic model frame 11, assembles guide post 13 in each guide sleeve 14.
The specific structure of dynamic model core pulling component is as follows:
The second support plate of a pair 20 including being fixed in dynamic model frame 11 connects dynamic model oil cylinder between adjacent second support plate 20
Fixed plate 21, dynamic model oil cylinder 22 are fixed in dynamic model oil cylinder fixed plate 21, and the second piston 18 of dynamic model oil cylinder 22 connects dynamic model slide
17, in the affixed dynamic model sliding block 16 in the front end of dynamic model slide 17.Side plate 19 is also abutted respectively in the left and right sides of dynamic model slide 17, respectively
Side plate 19 is affixed with the opening inner side wall of dynamic model frame 11, and the space mobile for dynamic model slide 17 is formed between adjacent side plates 19.
It is recessed respectively along the four corners of cover half core 2 and forms positioning assembling groove 205, in the four corners point of moving-mould-core 15
The positioning mounting boss 1501 to be formed for cooperating positioning assembling groove 205 is not outwardly protruded.As shown in fig. 6, the utility model
It further include multiple through guide rod bottom plate 27, the dagger 25 and bracer 24 of guide rod fixed plate 28, the bottom of each dagger 25 and bracer 24
It is abutted with the top of dynamic model frame 11, bracer 24, dagger 25 are used to reinforce the support strength of dynamic model frame 11.
The specific work process of the utility model is as follows:
As shown in Figures 1 to 6, the dynamic model core pulling component operation first before molding, by the second piston 18 of dynamic model oil cylinder 22
Driving dynamic model slide 17 guides dynamic model sliding block 16 to slide on dynamic model frame 11, until dynamic model sliding block 16 slides into dynamic model after step surface
22 stopping of oil cylinder acts, mobile relative to cover half component by external pressure device drives dynamic model component, in this process dynamic model
Guide post 13 on the dynamic model frame 11 of component gradually protrudes into the guide post pilot hole 102 of model frame 1, at the same sprue bush 3 also with shunting
Cone 12 is worked in coordination；Cavity core pulling component operation after dynamic model component and the molding of cover half component, as shown in figure 4, cover half oil cylinder 10 drives
Dynamic first piston 7 slides into designated position with active and inactive mold take-up housing 6, cover half sliding block 5, and then by 3 fluid injection of sprue bush, feed liquid is logical
It crosses spreader 12 and running channel 1502 enters the first forming tank 201, the second forming tank 202, third forming tank 203 and the 4th forming tank
1503, thus the pressure casting of forming part 4, cavity core pulling component is acted first after the completion of casting, passes through 10 band of cover half oil cylinder
Dynamic first piston 7 makes cover half take-up housing 6, cover half sliding block 5 be detached from forming part 4, then passes through external pressure device drives dynamic model
Component is mobile relative to cover half component uplink, so that cover half component and dynamic model component be made to be detached from, after die sinking, each thimble is and guide rod
Bottom plate 27 contacts, so that forming part 4 be ejected.
The utility model structure is simple, easy to use, and the various face of product and difference may be implemented using the utility model
It is formed while angle shaped face, avoids the problem that needing to make according to type wheat flour more secondary molds in the past, it is time saving and energy saving, not only drop
The design cost of Di Liao enterprise also improves the consistency and stability of product, effectively meets the production requirement of client, improves
Production efficiency.
Above description is the explanation to the utility model, is not the restriction to utility model, defined by the utility model
Range is referring to claim, and without prejudice to the basic structure of the utility model, the utility model can make any shape
The modification of formula.
Claims (9)
1. a kind of mould structure for right bracket of automobile production, it is characterised in that: described including dynamic model component and cover half component
Dynamic model component is driven by bonding press and is moved relative to lower mold assemblies, to realize molding or die sinking；
The specific structure of the cover half component is as follows:
Including model frame (1), assembly cover half core (2) and sprue bush (3) in Yu Suoshu model frame (1), the cover half core (2) with pour
Muzzle (3) abuts each other, along the cover half core (2) surface indentation and be respectively formed for forming part (4) side horizontal plane
Molding first forming tank (201), the second forming tank (202) and for the molding third of forming part (4) half vertical plane at
Type groove (203)；It is described fixed in also opening up cover half sliding block impenetrating mouth (204) in the third forming tank (203) of the cover half core (2)
Mode slider impenetrating mouth (204) is connected to the oblique opening (104) for being opened in model frame (1) side；It is opened up in the model frame (1)
The side of opening (104) is also set up for the molding cavity core pulling component of forming part (4) diagonal cut joint；
The specific structure of the dynamic model component is as follows:
Including dynamic model frame (11), moving-mould-core (15) and spreader (12) are assemblied in the dynamic model frame (11), Yu Suoshu dynamic model
Opened up respectively on core (15) running channel (1502) for being connected to spreader (12) and for forming part (4) other side horizontal plane at
4th forming tank (1503) of type is also set along the axial direction of the 4th forming tank (1503), on the dynamic model frame (11)
It sets for the molding dynamic model core pulling component of forming part (4) the other half vertical plane；It is also affixed in the top surface of the dynamic model frame (11)
The inside of a pair of of support block (23), adjacent support block (23) is assembled limited block (26), and guide rod bottom plate (27) is set to adjacent Europe support block
(23) it is abutted between and with each limited block (26), guide rod bottom plate (27) abuts each other with guide rod fixed plate (28), more thimbles
One end is abutted with guide rod bottom plate (27), and the other end sequence of each thimble runs through guide rod fixed plate (28) and moving-mould-core (15).
2. a kind of mould structure for right bracket of automobile production as described in claim 1, it is characterised in that: the third at
Type groove (203) is connected between the first forming tank (201) and the second forming tank (202), the first forming tank (201) and the second molding
Slot (202) is parallel each other.
3. a kind of mould structure for right bracket of automobile production as described in claim 1, it is characterised in that: Yu Suoshu cover half
The four corners of frame (1) open up guide post pilot hole (102) respectively, in the model frame (1) close to cover half core (2) third forming tank
(203) slide slot (103) are also opened up at.
4. a kind of mould structure for right bracket of automobile production as described in claim 1, it is characterised in that: Yu Suoshu dynamic model
The four corners of frame (11) are assembled guide sleeve (14) respectively, assemble guide post (13) in each guide sleeve (14).
5. a kind of mould structure for right bracket of automobile production as described in claim 1, it is characterised in that: along the cover half
The four corners of core (2) be recessed respectively formation positioning assembling groove (205), the moving-mould-core (15) four corners respectively to
Outer protrusion forms the positioning mounting boss (1501) for cooperating positioning assembling groove (205).
6. a kind of mould structure for right bracket of automobile production as described in claim 1, it is characterised in that: the cover half is taken out
The specific structure of core assembly is as follows:
Including being fixed in first support plate of a pair (8) of model frame (1) with opening (104) side, in a pair of first support plate
(8) cover half oil cylinder fixed plate (9) are connected between, cover half oil cylinder (10) is fixed in the cover half oil cylinder fixed plate (9), the cover half
The first piston (7) of oil cylinder (10) is connect with cover half take-up housing (6), and the cover half take-up housing (6) is embedded on model frame (1),
Cover half sliding block (5) are connected in one end of the cover half take-up housing (6).
7. a kind of mould structure for right bracket of automobile production as described in claim 1, it is characterised in that: the dynamic model is taken out
The specific structure of core assembly is as follows:
The second support plate of a pair (20) including being fixed in dynamic model frame (11), connection dynamic model oil between adjacent second support plate (20)
Cylinder fixed plate (21), dynamic model oil cylinder (22) are fixed in the dynamic model oil cylinder fixed plate (21), and the second of the dynamic model oil cylinder (22)
Piston (18) connects dynamic model slide (17), in the affixed dynamic model sliding block (16) in the front end of the dynamic model slide (17).
8. a kind of mould structure for right bracket of automobile production as claimed in claim 7, it is characterised in that: in the dynamic model
The left and right sides of slide (17) also abuts side plate (19) respectively, and each side plate (19) is solid with the opening inner side wall of dynamic model frame (11)
It connects, forms the space mobile for dynamic model slide (17) between adjacent side plates (19).
9. a kind of mould structure for right bracket of automobile production as described in claim 1, it is characterised in that: further include multiple
Through guide rod bottom plate (27), the dagger (25) and bracer (24) of guide rod fixed plate (28), the bottom of each dagger (25) and bracer (24)
Portion is abutted with the top of dynamic model frame (11).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920212626.7U CN209664243U (en) | 2019-02-18 | 2019-02-18 | A kind of mould structure for right bracket of automobile production |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920212626.7U CN209664243U (en) | 2019-02-18 | 2019-02-18 | A kind of mould structure for right bracket of automobile production |
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| CN209664243U true CN209664243U (en) | 2019-11-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111085664A (en) * | 2019-12-26 | 2020-05-01 | 贵池区浩宇网络信息服务部 | Automobile parts makes and uses multi-functional mould convenient to installation |
-
2019
- 2019-02-18 CN CN201920212626.7U patent/CN209664243U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111085664A (en) * | 2019-12-26 | 2020-05-01 | 贵池区浩宇网络信息服务部 | Automobile parts makes and uses multi-functional mould convenient to installation |
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