CN208696067U - A kind of auto parts shaping mould - Google Patents
A kind of auto parts shaping mould Download PDFInfo
- Publication number
- CN208696067U CN208696067U CN201821265897.0U CN201821265897U CN208696067U CN 208696067 U CN208696067 U CN 208696067U CN 201821265897 U CN201821265897 U CN 201821265897U CN 208696067 U CN208696067 U CN 208696067U
- Authority
- CN
- China
- Prior art keywords
- area
- punching
- die
- hole
- forging
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Forging (AREA)
Abstract
A kind of auto parts shaping mould, it successively include punching area, die forging area and forging post processing zone, being punched area successively includes the first blanking die, second blanking die and third blanking die, die forging area successively includes that the first forging is touched, second forge mould, third forge mould, 4th forge mould and the 5th forge mould, forging post processing zone successively includes the first piercing die, second piercing die and knife edge die, area is punched by setting, die forging area and forging post processing zone, plate is repeatedly punched and is forged, reduce the internal stress of part, improve the service life of part, two parts are produced by the one-pass molding of this shaping mould, improving production efficiency reduces production cost.
Description
Technical field
The utility model relates to a kind of auto parts shaping moulds.
Background technique
It in some mechanical equipment include connection type component being used in automobile product, but these connect type components
Often in irregular shape, very big using machining difficulty, processing efficiency is also low, therefore considers that designing corresponding mold is rushed
Pressure processing is more reasonable, for the design feature of different connection class parts, needs to consider the structure of corresponding molding die.
Summary of the invention
Against the above deficiency, the technical problem to be solved by the utility model is to provide a kind of auto parts shaping moulds, use
In to the complex-shaped connection class part of batch machining, high in machining efficiency, processing cost is low.
In order to solve the above technical problems, the technical solution adopted in the utility model is,
A kind of auto parts shaping mould successively includes punching area, die forging area and forging post processing zone, and punching area successively includes the
One blanking die, the second blanking die and third blanking die, the first blanking die is interior to be equipped with the first punching hole and the second punching hole, the second punching
Cut out mould in be equipped with third punching hole and the 4th punching hole, first punching Kong Yu tetra- be punched hole shape it is consistent, second punching hole with
Third is punched hole shape to consistent, and third blanking die includes the 5th punching hole and the 6th punching hole, and die forging area successively includes first
Forging touches, the second forge mould, third forge mould, the 4th forge mould and the 5th forge mould, touch in the first forging, the second forge mould,
Be equipped with Stamping Area in third forge mould, the 4th forge mould and the 5th forge mould, forging post processing zone successively include the first piercing die,
Stamping Area is equipped in second piercing die and knife edge die, the first piercing die and the second piercing die, in the Stamping Area of the first piercing die
Equipped with the first punching, the second punching is equipped in the Stamping Area of the second piercing die.
While using above technical scheme, the utility model, which is also further used or combined, uses following technology
Scheme.
Stamping Area includes the first punching hole, the second punching hole and stamped groove, the first punching hole, the second punching hole and stamped groove
It is symmetrical arranged in pairs, the front end of the second punching hole is arranged in the position of the first punching hole, and stamped groove is arranged in the first punching hole
With the inside of the second punching hole.
Second forge mould is equipped in Stamping Area front end and jacks up block, and third forge mould is equipped with the first bending in Stamping Area two sides
Slot, the 4th forge mould are equipped with the second bending slot in Stamping Area two sides, and the 5th forge mould is consistent with the structure of the 4th forge mould, the
The side of five forge moulds is equipped with side molding machine.
First bending slot includes the first arc fold bending area and bending transition zone, and the second punching hole is arranged in arc fold bending area
Outside, bending transition zone are arranged in arc fold bending area lower end.
Second bending slot includes the second arc fold bending area, the position and shape in the second arc fold bending area and the first arc fold bending area
Shape is consistent.
Side molding machine is movably mounted to the 5th forge mould two sides, including propulsion device and forming blocks, forming blocks with
Propulsion device connection, the end face of forming blocks are consistent with the surface shape in the second arc fold bending area.
Punching area, die forging area and forging post processing zone are respectively mounted on a mounting board, are equipped with deep floor in mounting plate lower end
And fixed plate.
Fixed plate is mounted on the both ends of mounting plate and the middle part of mounting plate, and two are equipped between two adjacent fixed plates
Deep floor.
The utility model has the beneficial effects that being carried out to plate more by setting punching area, die forging area and forging post processing zone
Secondary punching and forging reduce the internal stress of part, improve the service life of part, produce two by the one-pass molding of this shaping mould
Part, improving production efficiency reduces production cost.
Detailed description of the invention
Fig. 1 is the configuration diagram of shaping mould.
Fig. 2 is the forming process figure of part.
Fig. 3 is the configuration diagram of part.
Appended drawing reference: the first blanking die 1, the second blanking die 2, third blanking die 3, the first punching hole 4, the second punching hole 5,
Third is punched hole 6, the 4th punching hole 7, the 5th punching hole 8, the 6th punching hole 9, and the first forging touches 10, the second forge mould 11, the
Three forge moulds 12, the 4th forge mould 13, the 5th forge mould 14, the first piercing die 15, the second piercing die 16, knife edge die 17, first
Punching 18, the second punching 19, the first punching hole 20, the second punching hole 21, stamped groove 22 jack up block 23, the first arc fold bending area
26, bending transition zone 27, the second arc fold bending area 28, side molding machine 29, propulsion device 30, forming blocks 31, mounting plate 32,
Deep floor 33, fixed plate 34, datum hole blanking die 35, plane area 40, bent area 41, first strikes out type hole 42, the second punching press
Molding hole 43, strikes out type groove 44, front end protrusion part position 45, ejects area 46, the first recess 47, the first forming tank area 48, and second
Forming tank area 49, third forming tank area 50, the second recess 51, first through hole 52, the second through-hole 53, third through-hole 54.
Specific embodiment
Below by the technical scheme in the utility model embodiment is clearly and completely described, it is clear that described
Embodiment is only a part of the embodiment of the utility model, instead of all the embodiments.Based on the implementation in the utility model
Example, all other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to
The range of the utility model protection.
A kind of auto parts shaping mould successively includes punching area, die forging area and forging post processing zone, and punching area successively includes the
One blanking die 1, the second blanking die 2 and third blanking die 3, interior the first punching hole 4 and second that is equipped with of the first blanking die 1 are punched hole 5,
Third punching hole 6 and the 4th punching hole 7 are equipped in second blanking die 2, the first punching hole 4 is consistent with the 4th punching 7 shape of hole, the
Punching hole in the middle part of embryo material is divided into and being punched twice, be on the one hand to consistent by two punching holes 5 and third punching 6 shape of hole
It is more convenient for being punched, lowers production cost；On the other hand be in order to prevent as the punching area being once punched it is larger caused by work
The phenomenon that part internal stress increases, improves the service life of workpiece, the first blanking die 1 and the second blanking die 2 are in the same mold
Punching hole of different shapes is set, is in order to prevent due to being symmetrically punched so that embryo material occurs stress and concentrates, so that embryo material occurs
Phenomena such as fracture, third blanking die 3 include the 5th punching hole 8 and the 6th punching hole 9, and the 5th punching hole 8 and the 6th punching hole 9 are
The material on embryo material periphery is punched, so that the embryo material of part and monolith embryo material plate is separated.
Die forging area successively includes that the 10, second forge mould 11, third forge mould 12, the 4th forge mould 13 and are touched in the first forging
Five forge moulds 14 touch the 10, second forge mould 11, third forge mould 12, the 4th forge mould 13 and the 5th forge mould in the first forging
Stamping Area is equipped in 14, the first forge mould 10 is used to carry out part embryo material whole punching press forging, and part punching is gone out punching press
The shape in area, the second forge mould 11 are used to jack up the position of the Stamping Area front end of part embryo material, and third forge mould 12 is to part
The position of blank Stamping Area side carries out first time punching press, so that the position of part blank Stamping Area side pushes, the 4th forging
The position of 13 pairs of first time punching presses of mould carries out second of punching press so that the position of part blank Stamping Area side thoroughly occur it is curved
Folding, the 5th forge mould 14 is to carry out shaping to the bending side of part blank, consistent with the shape of forming blocks of the 5th forge mould.
Forging post processing zone successively includes the first piercing die 15, the second piercing die 16 and knife edge die 17,15 He of the first piercing die
It is equipped with Stamping Area in second piercing die 16, the first punching 18 is equipped in the Stamping Area of the first piercing die 15, in the second piercing die
The second punching 19 is equipped in 16 Stamping Area, the center of the first punching 18 is corresponding with the center of the second punching hole 19,
The quantity of first punching 18 is two, and the second punching 19 is arranged in stamped groove, and the quantity of the second punching 19 is four.
In some preferred modes, the middle position of blank part is arranged in the position of knife edge die 17, will complete the process
Part cut, the part after incision be it is symmetrical, improve at produce efficiency, and improve production complete part matching
Degree.
In some preferred modes, hole and the third punching 6 that the first punching hole 4 is punched on embryo material are punched on embryo material
Hole connection, form first on embryo material and cut out material hole, the second punching Kong Yu tetra- for being punched on embryo material of hole 5 is punched hole 7 in embryo
The hole connection being punched on material forms the second sanction material hole on embryo material, it is preferred that the first sanction material hole is cut out with second expects that hole is opposite right
Claim.
Stamping Area includes the first punching hole 20, the second punching hole 21 and stamped groove 22, the first punching hole 20, the second punching hole
21 and stamped groove 22 in pairs be symmetrical arranged, the front end of the second punching hole 21, stamped groove is arranged in the position of the first punching hole 20
22 are arranged in the inside of the first punching hole 20 and the second punching hole 21.
Second forge mould 11 is equipped in Stamping Area front end and jacks up block 23, and third forge mould 12 is equipped with first in Stamping Area two sides
Bending slot carries out first time molding for the side to part blank, and the 4th forge mould 13 is equipped with the second folding in Stamping Area two sides
Curved groove carries out second for the side to part blank and forms, and the 5th forge mould 14 is consistent with the structure of the 4th forge mould 13,
It is equipped with side molding machine 29 in the side of the 5th forge mould 14, for carrying out shaping to flex area.
First bending slot includes the first arc fold bending area 26 and bending transition zone 27, and arc fold bending area is arranged in the second punching press
The outside in hole 21, bending transition zone 27 are arranged in 26 lower end of arc fold bending area.
Second bending slot 25 includes the second arc fold bending area 28, the second arc fold bending area 28 and the first arc fold bending area 26
Location and shape are consistent.
Side molding machine 29 is movably mounted to 14 two sides of the 5th forge mould, including propulsion device 30 and forming blocks 31,
Forming blocks 31 are connect with propulsion device 30, and the end face of forming blocks 31 is consistent with the surface shape in the second arc fold bending area 28.
Punching area, die forging area and forging post processing zone are installed on mounting plate 32, are equipped with reinforcement in 32 lower end of mounting plate
Floor 33 and fixed plate 34.
Fixed plate 34 is mounted on the both ends of mounting plate 32 and the middle part of mounting plate, sets between two adjacent fixed plates 34
There are two deep floors 33.
In some preferred modes, it is equipped with datum hole blanking die 35 in punching area front end, datum hole blanking die 35 is used for embryo
Flitch carries out rushing datum hole, and the effect of datum hole is to play the role of positioning in following process, convenient for carrying out subsequent add to part
Work improves working efficiency, improves the precision of part production.
A kind of production technology of auto parts, includes the following steps,
(1) datum hole is rushed on embryo material plate, embryo material plate is positioned convenient for following process, improve the precision of product, saved
Positioning time improves production efficiency；
(2) first time profile punching is carried out on embryo material plate, first time profile punching forms two punchings on embryo material plate
Hole, punching hole is asymmetric, prevents due to being symmetrically punched so that embryo material occurs stress and concentrates, so that phenomena such as embryo material is broken；
(3) second of profile punching is carried out on embryo material plate, the profile of punching and the profile of second of punching connect for the first time
It connects, the punching hole in the middle part of embryo material is divided into and is punched twice, be on the one hand to be more convenient for being punched, lower production cost；Another party
Face be in order to prevent as the punching area being once punched it is larger caused by inner stress of work increase the phenomenon that, improve making for workpiece
Use the service life；
(4) third time is carried out on embryo material plate and make a turn punching, form preliminary profile；
(5) embryo material plate is put into forge mould, carries out first time forging, form forging face shape in embryo material plate face；
(6) the embryo material plate after forging to first time carries out deburring, and carries out second to the front end protrusion part position of embryo material plate
Forging, front end protrusion part position is jacked up；
(7) bending is carried out to the Side tabs position of embryo material plate；
(8) secondary bending is carried out to the position of a bending, by carrying out multiple bending to flex area, prevents from once deforming
So that embryo material plate is broken.
(9) shaping is carried out to the position of secondary bending；
(10) forging plane is punched；
(11) by embryo material plate severing, it is divided into two pieces of symmetrical parts in ground.
In some preferred modes, the step of between step (11) in, pass through interconnecting piece between all embryo material plates
It is connected with each other, interconnecting piece setting is cut out material hole and second first and cut out between material hole, convenient for promoting to embryo material plate, improves production
Efficiency.
The middle position of embryo material plate is arranged in the position of datum hole in step (1).
The punching profile shaped after step (3) is symmetrical relative to center line.
Step (10) is further comprising the steps of,
(2.1) position of the secondary bending of embryo material plate is clamped by clamping device；
(2.2) first time punching is carried out to the both ends of embryo material plate；
(2.3) it carries out second in the inside of first time punch position to punch, first beating apertura lateralis is to improve outer punching
Precision, prevent due to first time punch caused by error accumulation.
A kind of auto parts, including plane area 40 and bent area 41, bent area 41 are connected on the side of plane area 40,
It is equipped with first in plane area strike out type hole 42, second strike out type hole 43 and strike out type groove 44, first strikes out type hole 42
The front end for striking out type hole 43 positioned at second, second, which strikes out type hole 43, is arranged in the rear corner surface of plane area 40, and rear corner surface is in
Arc, strikes out type groove 44 and is arranged in first and strikes out type hole 42 and second and strike out the inside of type hole 43, is striking out type groove
44 front end is equipped with front end protrusion part position 45, is equipped with ejection area 46 in the end of front end protrusion part position 45, ejects area 46 and plane
It is equipped with angle between area 40, is equipped with the first recess 47, the first shrinkage pool 47 in front end protrusion part position 45 and the junction of plane area 40
Setting be that deformation occurs for the ease of front end protrusion part position 45, reduce the region area of deformation, prevent front end protrusion part position 45
Slight crack occurs between plane area 40.
It strikes out type groove 44 and strikes out type hole 43 with second and connect, the one side and first for striking out type groove 44 strike out type hole
42 is tangent, preferably strikes out type groove 44 and includes the first forming tank area 48, the second forming tank area 49 and third forming tank area 50, the
One forming tank area 48 is parallel with plane area 40, and the second forming tank area 49 and third forming tank area 50 are used for 48 He of the first forming tank area
Between plane area 40 excessively.
In some preferred modes, the angle between the second forming tank area 49 and plane area 40 is greater than third forming tank area
Angle between 50 and plane area 40.
First outside for striking out type hole 42 is connect with bent area 41, bent area 41 be in inverted L shape, L-shaped long side with
First strikes out the outside connection of type hole, is equipped with the second recess 51 in junction, the setting of the second shrinkage pool 50 is for the ease of curved
Deformation occurs for folding area 41, reduces the region area of deformation, prevents that slight crack occurs between bent area 41 and plane area 40.
It is struck out first and is equipped with first through hole 52 in type hole 42, be equipped with the second through-hole 53 and third in type groove striking out
Through-hole 54.
Claims (8)
1. a kind of auto parts shaping mould, which is characterized in that successively include punching area, die forging area and forging post processing zone, be punched area
Successively include the first blanking die, the second blanking die and third blanking die, the first punching hole and the second punching are equipped in the first blanking die
Hole is cut out, the second blanking die is interior to be equipped with third punching hole and the 4th punching hole, and the first punching punching hole shape of Kong Yu tetra- is consistent, the
Two punching holes and third are punched hole shape to consistent, and third blanking die includes the 5th punching hole and the 6th is punched hole, die forging area according to
It is secondary include the first forging touch, the second forge mould, third forge mould, the 4th forge mould and the 5th forge mould, touch in the first forging, the
It is equipped with Stamping Area in two forge moulds, third forge mould, the 4th forge mould and the 5th forge mould, forging post processing zone successively includes the
Stamping Area is equipped in one piercing die, the second piercing die and knife edge die, the first piercing die and the second piercing die, the first piercing die
It is equipped with the first punching in Stamping Area, the second punching is equipped in the Stamping Area of the second piercing die.
2. a kind of auto parts shaping mould according to claim 1, which is characterized in that Stamping Area include the first punching hole,
Second punching hole and stamped groove, the first punching hole, the second punching hole and stamped groove are symmetrical arranged in pairs, the position of the first punching hole
It installs in the front end of the second punching hole, the inside of the first punching hole and the second punching hole is arranged in stamped groove.
3. a kind of auto parts shaping mould according to claim 2, which is characterized in that the second forge mould is in Stamping Area front end
Equipped with block is jacked up, third forge mould is equipped with the first bending slot in Stamping Area two sides, and the 4th forge mould is equipped with the in Stamping Area two sides
Eighty percent discount curved groove, the 5th forge mould is consistent with the structure of the 4th forge mould, is equipped with side molding machine in the side of the 5th forge mould.
4. a kind of auto parts shaping mould according to claim 3, which is characterized in that the first bending slot includes the first arc
The outside of the second punching hole is arranged in flex area and bending transition zone, arc fold bending area, and bending transition zone is arranged in arc fold bending
Area lower end.
5. a kind of auto parts shaping mould according to claim 3, which is characterized in that the second bending slot includes the second arc
Flex area, the second arc fold bending area are consistent with the location and shape in the first arc fold bending area.
6. a kind of auto parts shaping mould according to claim 5, which is characterized in that side molding machine removable installation
It is connect in the 5th forge mould two sides, including propulsion device and forming blocks, forming blocks with propulsion device, the end face of forming blocks and second
The surface shape in arc fold bending area is consistent.
7. a kind of auto parts shaping mould according to claim 1, which is characterized in that after punching area, die forging area and forging
Reason area is respectively mounted on a mounting board, is equipped with deep floor and fixed plate in mounting plate lower end.
8. a kind of auto parts shaping mould according to claim 1, which is characterized in that fixed plate is mounted on the two of mounting plate
The middle part at end and mounting plate is equipped with two deep floors between two adjacent fixed plates.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821265897.0U CN208696067U (en) | 2018-08-07 | 2018-08-07 | A kind of auto parts shaping mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821265897.0U CN208696067U (en) | 2018-08-07 | 2018-08-07 | A kind of auto parts shaping mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208696067U true CN208696067U (en) | 2019-04-05 |
Family
ID=65941686
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821265897.0U Active CN208696067U (en) | 2018-08-07 | 2018-08-07 | A kind of auto parts shaping mould |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208696067U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108672559A (en) * | 2018-08-07 | 2018-10-19 | 宁海万兴金属制品有限公司 | A kind of auto parts shaping mould |
-
2018
- 2018-08-07 CN CN201821265897.0U patent/CN208696067U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108672559A (en) * | 2018-08-07 | 2018-10-19 | 宁海万兴金属制品有限公司 | A kind of auto parts shaping mould |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106424296A (en) | Hardware strip double-surface no-burr blanking process and no-burr blanking mold | |
| CN112122450A (en) | Method for forming convex hull at flanging position of metal stamping part and special stamping die set | |
| CN108672559A (en) | A kind of auto parts shaping mould | |
| CN208696067U (en) | A kind of auto parts shaping mould | |
| CN111630685B (en) | Method and apparatus for manufacturing top plate safety valve of secondary battery, method for manufacturing top plate, and top plate for secondary battery | |
| CN109175176A (en) | A kind of auto parts and its production technology | |
| CN206405289U (en) | A kind of mould for bending geometrical clamp | |
| CN201157871Y (en) | Combined mould for acute angle multi-flange rubber forming | |
| CN211938665U (en) | Continuous stamping die | |
| CN103920806A (en) | High-precision burr-free stamping die | |
| CN206925216U (en) | A kind of secondary stamping and blanking mould | |
| CN208696066U (en) | A kind of auto-feed shaping mould | |
| CN206882595U (en) | Beam-like part diel with anti-rebound drawing bank | |
| CN105033036A (en) | Lock catch plate punching die | |
| CN201490557U (en) | Forming die of square hollow socket terminal | |
| CN110802172A (en) | Press spring piece bending die | |
| CN211052285U (en) | Stamping forming die | |
| CN216801269U (en) | Sheet metal stamping forming stripping structure | |
| CN205056807U (en) | Prevent cold stamping die that V -arrangement bent and warp | |
| CN214184924U (en) | Hopper stamping die | |
| CN105013935A (en) | Punching die structure used for punching metal plate piece lightening holes | |
| CN216881392U (en) | Movable mould positioning guide pin structure | |
| CN217142004U (en) | Mould for improving stamping efficiency of valve plate | |
| CN213613711U (en) | A stamping die for arc part | |
| CN109128696B (en) | Automobile part structure and production process thereof |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20221206 Address after: No. 1, Jinshan 3rd Road, Taoyuan Street, Ninghai County, Ningbo City, Zhejiang Province 315600 Patentee after: Ningbo Tuxing Auto Parts Co.,Ltd. Address before: No. 1, Jinshan 3rd Road, Taoyuan Street, Ninghai County, Ningbo City, Zhejiang Province 315600 Patentee before: NINGHAI WANXING METAL PRODUCTS Co.,Ltd. |