CN204449013U - The outer board mold of skirt after a kind of automobile - Google Patents
The outer board mold of skirt after a kind of automobile Download PDFInfo
- Publication number
- CN204449013U CN204449013U CN201420824421.1U CN201420824421U CN204449013U CN 204449013 U CN204449013 U CN 204449013U CN 201420824421 U CN201420824421 U CN 201420824421U CN 204449013 U CN204449013 U CN 204449013U
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- groove
- convex surface
- concave surface
- boss
- concave
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Abstract
The utility model discloses the outer board mold of skirt after a kind of automobile, comprise upper bolster and die shoe, guiding-positioning structure is provided with between described upper bolster and die shoe, described die shoe is provided with forming convax mould, described forming convax mould is made up of top, the first antetheca and baseplane, described upper bolster is provided with molding concave die, described molding concave die is made up of bottom, the second antetheca and upper plane, described molding concave die with forming convax mould is equipped with the some grooves consistent with shape on skirt outside plate after automobile, some boss and some projections.The outer board mold of skirt after the utility model automobile, the shape correspondences such as the groove on skirt outside plate after automobile, boss and projection are arranged on forming convax mould and molding concave die, skirt outside plate one-shot forming after automobile is made by extruding, overcome the distortion inaccuracy that traditional handicraft adopts more than one piece half-finished plate welding fabrication to bring large, the deficiencies such as presentation quality difference, improve production efficiency and product quality in kind, its reasonable in design, easy to use, simple to operate.
Description
Technical field
The utility model belongs to technical field of mold, particularly relates to the outer board mold of skirt after a kind of automobile.
Background technology
At present, after automobile skirt outside plate production process in, normally by after more than one piece plate respectively punch forming, again each half-finished product plate material is welded, as skirt outside plate after automobile is divided into upper piece, lateral mass and lower piece of punch forming respectively, again by after shaping upper piece weld with lateral mass, by the lateral mass after shaping and lower block welding, after automobile after welding, the distortion of skirt outside plate is large, differing greatly after each automobile between skirt outside plate, interchangeability is not strong, and skirt outside plate presentation quality is poor after the automobile of welding fabrication, smoothness is bad, and multistage manufacturing, cause manpower, material resources cost increases, operating efficiency is not high yet, quality can not get good guarantee.
Utility model content
Technical problem to be solved in the utility model is to provide the outer board mold of skirt after a kind of a kind of automobile that not only can improve Product Precision but also can increase work efficiency.
In order to solve the problems of the technologies described above, product surface the utility model adopts following technical scheme:
The outer board mold of skirt after a kind of automobile, comprise upper bolster and die shoe, guiding-positioning structure is provided with between described upper bolster and die shoe, described die shoe is provided with forming convax mould, described forming convax mould is by top, first antetheca and baseplane composition, described top is provided with the first groove, second groove, 3rd groove, 4th groove, first convex surface and three the first projections, the first boss that first breach is identical with four is provided with in described first groove, described first convex surface is provided with the 5th groove, first inclined-plane and the second convex surface, described first antetheca is upper left, the right side is symmetrically arranged with the 3rd convex surface, first concave surface, second concave surface and the 3rd concave surface, described baseplane is upper left, the right side is symmetrically arranged with the 4th convex surface, 5th convex surface, 6th convex surface and the second projection, each described second projection is equipped with the first locating hole, described upper bolster is provided with molding concave die, described molding concave die is by bottom, second antetheca and upper plane composition, described bottom is provided with the second boss, 3rd boss, 4th boss, 5th boss, 4th concave surface and three the 7th grooves, described second boss is provided with second breach six groove identical with four, the 3rd projection is provided with in described 4th concave surface, second inclined-plane and the 5th concave surface, described second antetheca is symmetrically arranged with the 6th concave surface, 7th convex surface, 8th convex surface and the 9th convex surface, described upper plane is upper left, the right side is symmetrically arranged with the 7th concave surface, 8th concave surface, 9th concave surface and the 8th groove, the first locating dowel is equipped with in each described 8th groove.
Further, described second groove, 3rd groove and the 4th groove are all located on the first convex surface, first projection described in one of them is located on the first convex surface and is positioned at the second groove leftward position, another two described first projections to be symmetricly set on the first convex surface position between the second groove and the 3rd groove, described 5th groove to be located on the first convex surface position between the 3rd groove and the 4th groove, described first inclined-plane is located at the first convex surface and the first antetheca junction is positioned at the first antetheca upper left corner and position, the upper right corner, each described first inclined-plane is triangle, described second convex surface is located at the first convex surface right edge near the first antetheca position, described first breach is located at rear position on the left of the first groove, described first concave surface, second concave surface and the 3rd concave surface all arrange on the 3rd convex surface, the described second concave surface degree of depth is greater than the first concave surface degree of depth, the described 3rd concave surface degree of depth is greater than the second concave surface degree of depth, described 5th convex surface is located at the 4th position, the convex surface lower left corner and protrudes the 4th convex surface upper surface, described 6th convex surface is located at close centerline direction inside the 4th convex surface and protrudes the 4th convex surface upper surface.
Further, described second boss is corresponding with the first groove, and described 3rd boss is corresponding with the second groove, and described 4th boss is corresponding with the 3rd groove, described 5th boss is corresponding with the 4th groove, and described 3rd boss, the 4th boss and the 5th boss are all arranged in the 4th concave surface; Described 4th concave surface is corresponding with the first convex surface, described 6th groove is corresponding with the first boss, three described 7th grooves are corresponding with the first projection of primary importance respectively, 7th groove described in one of them is arranged in the 4th concave surface and is positioned at the 3rd boss leftward position, and another two described 7th grooves to be symmetricly set in the 4th concave surface position between the 3rd boss and the 4th boss; Described 3rd projection to be arranged in the 4th concave surface position between the 4th boss and the 5th boss and corresponding with the 5th groove; Described second inclined-plane is separately positioned in the 4th concave surface and is positioned at the second antetheca lower left corner and lower right position with the second antetheca junction and corresponding with the first inclined-plane, and described second inclined-plane is also triangle; Described 5th concave surface arranges that to be positioned at the 4th concave surface right edge corresponding with the second convex surface near the second antetheca position; Described second breach is located at rear position on the left of the second boss and corresponding with the first breach; Described 6th concave surface is corresponding with the 3rd convex surface, described 7th convex surface, the 8th convex surface and the 9th convex surface are all arranged in the 6th concave surface, described 7th convex surface is corresponding with the first concave surface, described 8th convex surface protrudes the 7th convex surface outer surface and corresponding with the second concave surface, and described 9th convex surface protrudes the 8th convex surface outer surface and corresponding with the 3rd concave surface; It is corresponding with the 5th convex surface lower than the upper surface of the 7th concave surface that described 8th concave surface is arranged on the 7th position, the concave surface lower left corner, and described 9th concave surface is corresponding with the 6th convex surface lower than the upper surface of the 7th concave surface, and described 8th groove is corresponding with the second projection.
Further, described guiding-positioning structure comprises guide groove and guide pillar, and described guide groove is located on upper bolster, and described guide pillar is located on die shoe.
Further, described guide groove is triangular in shape to be distributed on upper bolster, and described guide pillar is triangular in shape to be distributed on die shoe.
Beneficial effect: the outer board mold of skirt after the utility model automobile, the shape correspondences such as the groove on skirt outside plate after automobile, boss and projection are arranged on forming convax mould and molding concave die, skirt outside plate one-shot forming after automobile is made by extruding, overcome the distortion inaccuracy that traditional handicraft adopts more than one piece half-finished plate welding fabrication to bring large, the deficiencies such as presentation quality difference, improve production efficiency and product quality in kind, its reasonable in design, easy to use, simple to operate.
Accompanying drawing explanation
Fig. 1 is the structural representation of skirt outside plate lower mould seat after the utility model automobile
Fig. 2 is the upward view of skirt outside plate lower mould seat after automobile in Fig. 1.
Fig. 3 is the structural representation of skirt outside plate upper mould seat after automobile in Fig. 1.
Fig. 4 is the top view of skirt outside plate upper mould seat after automobile in Fig. 3.
Detailed description of the invention
All features disclosed in this description, or the step in disclosed all methods or process, except mutually exclusive feature and/or step, all can combine by any way.
Arbitrary feature disclosed in this description (comprising any accessory claim, summary and accompanying drawing), unless specifically stated otherwise, all can be replaced by other equivalences or the alternative features with similar object.That is, unless specifically stated otherwise, each feature is an example in a series of equivalence or similar characteristics.
As shown in Figures 1 to 4, after the utility model automobile, the better embodiment of the outer board mold of skirt comprises upper bolster 1 and die shoe 2, guiding-positioning structure 5 is provided with between described upper bolster 1 and die shoe 2, described die shoe 2 is provided with forming convax mould 4, described forming convax mould 4 is by top 6, first antetheca 7 and baseplane 8 form, described top 6 is provided with the first groove 60, second groove 61, 3rd groove 62, 4th groove 63, first convex surface 64 and three the first projections 65, the first boss 601 that first breach 600 is identical with four is provided with in described first groove 60, described first convex surface 64 is provided with the 5th groove 66, first inclined-plane 67 and the second convex surface 68, described first antetheca 7 is upper left, the right side is symmetrically arranged with the 3rd convex surface 70, first concave surface 71, second concave surface 72 and the 3rd concave surface 73, described baseplane 8 is upper left, the right side is symmetrically arranged with the 4th convex surface 80, 5th convex surface 81, 6th convex surface 82 and the second projection 83, each described second projection 83 is equipped with the first locating hole 84, described upper bolster 1 is provided with molding concave die 3, described molding concave die 3 is by bottom 9, second antetheca 10 and upper plane 11 form, described bottom 9 is provided with the second boss 90, 3rd boss 91, 4th boss 92, 5th boss 93, 4th concave surface 94 and three the 7th grooves 95, described second boss 90 is provided with second breach 900 six groove 901 identical with four, the 3rd projection 96 is provided with in described 4th concave surface 94, second inclined-plane 97 and the 5th concave surface 98, described second antetheca 10 is symmetrically arranged with the 6th concave surface 100, 7th convex surface 101, 8th convex surface 102 and the 9th convex surface 103, described upper plane 11 is upper left, the right side is symmetrically arranged with the 7th concave surface 110, 8th concave surface 111, 9th concave surface 112 and the 8th groove 113, the first locating dowel 114 is equipped with in each described 8th groove 113.
Wherein, described second groove 61, 3rd groove 62 and the 4th groove 63 are all located on the first convex surface 64, first projection 65 described in one of them is located on the first convex surface 64 and is positioned at the second groove 61 leftward position, another two described first projections 65 to be symmetricly set on the first convex surface 64 position between the second groove 61 and the 3rd groove 62, described 5th groove 66 to be located on the first convex surface 64 position between the 3rd groove 62 and the 4th groove 63, described first inclined-plane 67 is located at the first convex surface 64 and the first antetheca 7 junction is positioned at first antetheca 7 upper left corner and position, the upper right corner, each described first inclined-plane 67 is triangle, described second convex surface 68 is located at the first convex surface 64 right edge near the first antetheca 7 position, described first breach 600 is located at rear position on the left of the first groove 60, described first concave surface 71, second concave surface 72 and the 3rd concave surface 73 all arrange on the 3rd convex surface 70, described second concave surface 72 degree of depth is greater than first concave surface 71 degree of depth, described 3rd concave surface 73 degree of depth is greater than second concave surface 72 degree of depth, described 5th convex surface 81 is located at the 4th position, convex surface 80 lower left corner and protrudes the 4th convex surface 80 upper surface, described 6th convex surface 82 is located at close centerline direction inside the 4th convex surface 80 and protrudes the 4th convex surface 80 upper surface.
Wherein, described second boss 90 is corresponding with the first groove 60, described 3rd boss 91 is corresponding with the second groove 61, described 4th boss 92 is corresponding with the 3rd groove 62, described 5th boss 93 is corresponding with the 4th groove 63, and described 3rd boss 91, the 4th boss 92 and the 5th boss 93 are all arranged in the 4th concave surface 94; Described 4th concave surface 94 is corresponding with the first convex surface 64, described 6th groove 901 is corresponding with the first boss 601, three described 7th grooves 95 are corresponding with the first projection 65 of correspondence position respectively, 7th groove 95 described in one of them is arranged in the 4th concave surface 94 and is positioned at the 3rd boss 91 leftward position, and another two described 7th grooves 95 to be symmetricly set in the 4th concave surface 94 position between the 3rd boss 91 and the 4th boss 92; Described 3rd projection 96 to be arranged in the 4th concave surface 94 position between the 4th boss 92 and the 5th boss 93 and corresponding with the 5th groove 66; Described second inclined-plane 97 is separately positioned in the 4th concave surface 94 and is positioned at second antetheca 10 lower left corner and lower right position with the second antetheca 10 junction and corresponding with the first inclined-plane 67, and described second inclined-plane 97 is also triangle; Described 5th concave surface 98 arranges that to be positioned at the 4th concave surface 94 right edge corresponding with the second convex surface 68 near the second antetheca 10 position; Described second breach 900 is located at rear position on the left of the second boss 90 and corresponding with the first breach 600; Described 6th concave surface 100 is corresponding with the 3rd convex surface 70, described 7th convex surface 101, the 8th convex surface 102 and the 9th convex surface 103 are all arranged in the 6th concave surface 100, described 7th convex surface 101 is corresponding with the first concave surface 71, described 8th convex surface 102 protrudes the 7th convex surface 101 outer surface and corresponding with the second concave surface 72, and described 9th convex surface 103 protrudes the 8th convex surface 102 outer surface and corresponding with the 3rd concave surface 73; Described 8th concave surface 111 is arranged on the 7th position, concave surface 110 lower left corner and corresponding with the 5th convex surface 81 lower than the upper surface of the 7th concave surface 110, described 9th concave surface 112 is corresponding with the 6th convex surface 82 lower than the upper surface of the 7th concave surface 110, and described 8th groove 113 is corresponding with the second projection 83.
Wherein, described guiding-positioning structure 5 comprises guide groove 50 and guide pillar 51, and described guide groove 50 is located on upper bolster 1, and described guide pillar 51 is located on die shoe 2.
Wherein, described guide groove 50 is triangular in shape to be distributed on upper bolster 1, and described guide pillar 51 is triangular in shape to be distributed on die shoe 2.
In using, guiding-positioning structure is used for carrying out guide-localization to upper bolster 1 and die shoe 2, make the outer sheet metal forming of skirt after automobile more stable, when upper bolster 1 presses down, guide pillar 51 inserts in guide pin bushing 50, can play the guide effect between forming convax mould and molding concave die, well forming convax mould and molding concave die can be carried out radial location again, ensure that forming convax mould 4 can completely contact with molding concave die 3, improve Product Precision and qualification rate.
The outer board mold of skirt after the utility model automobile, the shape correspondences such as the groove on skirt outside plate after automobile, boss and projection are arranged on forming convax mould and molding concave die, skirt outside plate one-shot forming after automobile is made by extruding, overcome the distortion inaccuracy that traditional handicraft adopts more than one piece half-finished plate welding fabrication to bring large, outward appearance is inconsistent waits deficiency, improves production efficiency and quality in kind, its reasonable in design, easy to use, simple to operate.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (5)
1. the outer board mold of skirt after an automobile, it is characterized in that: comprise upper bolster and die shoe, guiding-positioning structure is provided with between described upper bolster and die shoe, described die shoe is provided with forming convax mould, described forming convax mould is by top, first antetheca and baseplane composition, described top is provided with the first groove, second groove, 3rd groove, 4th groove, first convex surface and three the first projections, the first boss that first breach is identical with four is provided with in described first groove, described first convex surface is provided with the 5th groove, first inclined-plane and the second convex surface, described first antetheca is upper left, the right side is symmetrically arranged with the 3rd convex surface, first concave surface, second concave surface and the 3rd concave surface, described baseplane is upper left, the right side is symmetrically arranged with the 4th convex surface, 5th convex surface, 6th convex surface and the second projection, each described second projection is equipped with the first locating hole, described upper bolster is provided with molding concave die, described molding concave die is by bottom, second antetheca and upper plane composition, described bottom is provided with the second boss, 3rd boss, 4th boss, 5th boss, 4th concave surface and three the 7th grooves, described second boss is provided with second breach six groove identical with four, the 3rd projection is provided with in described 4th concave surface, second inclined-plane and the 5th concave surface, described second antetheca is symmetrically arranged with the 6th concave surface, 7th convex surface, 8th convex surface and the 9th convex surface, described upper plane is upper left, the right side is symmetrically arranged with the 7th concave surface, 8th concave surface, 9th concave surface and the 8th groove, the first locating dowel is equipped with in each described 8th groove.
2. the outer board mold of skirt after automobile as claimed in claim 1, it is characterized in that: described second groove, 3rd groove and the 4th groove are all located on the first convex surface, first projection described in one of them is located on the first convex surface and is positioned at the second groove leftward position, another two described first projections to be symmetricly set on the first convex surface position between the second groove and the 3rd groove, described 5th groove to be located on the first convex surface position between the 3rd groove and the 4th groove, described first inclined-plane is located at the first convex surface and the first antetheca junction is positioned at the first antetheca upper left corner and position, the upper right corner, each described first inclined-plane is triangle, described second convex surface is located at the first convex surface right edge near the first antetheca position, described first breach is located at rear position on the left of the first groove, described first concave surface, second concave surface and the 3rd concave surface all arrange on the 3rd convex surface, the described second concave surface degree of depth is greater than the first concave surface degree of depth, the described 3rd concave surface degree of depth is greater than the second concave surface degree of depth, described 5th convex surface is located at the 4th position, the convex surface lower left corner and protrudes the 4th convex surface upper surface, described 6th convex surface is located at close centerline direction inside the 4th convex surface and protrudes the 4th convex surface upper surface.
3. the outer board mold of skirt after automobile as claimed in claim 1, it is characterized in that: described second boss is corresponding with the first groove, described 3rd boss is corresponding with the second groove, described 4th boss is corresponding with the 3rd groove, described 5th boss is corresponding with the 4th groove, and described 3rd boss, the 4th boss and the 5th boss are all arranged in the 4th concave surface; Described 4th concave surface is corresponding with the first convex surface, described 6th groove is corresponding with the first boss, three described 7th grooves are corresponding with the first projection of primary importance respectively, 7th groove described in one of them is arranged in the 4th concave surface and is positioned at the 3rd boss leftward position, and another two described 7th grooves to be symmetricly set in the 4th concave surface position between the 3rd boss and the 4th boss; Described 3rd projection to be arranged in the 4th concave surface position between the 4th boss and the 5th boss and corresponding with the 5th groove; Described second inclined-plane is separately positioned in the 4th concave surface and is positioned at the second antetheca lower left corner and lower right position with the second antetheca junction and corresponding with the first inclined-plane, and described second inclined-plane is also triangle; Described 5th concave surface arranges that to be positioned at the 4th concave surface right edge corresponding with the second convex surface near the second antetheca position; Described second breach is located at rear position on the left of the second boss and corresponding with the first breach; Described 6th concave surface is corresponding with the 3rd convex surface, described 7th convex surface, the 8th convex surface and the 9th convex surface are all arranged in the 6th concave surface, described 7th convex surface is corresponding with the first concave surface, described 8th convex surface protrudes the 7th convex surface outer surface and corresponding with the second concave surface, and described 9th convex surface protrudes the 8th convex surface outer surface and corresponding with the 3rd concave surface; It is corresponding with the 5th convex surface lower than the upper surface of the 7th concave surface that described 8th concave surface is arranged on the 7th position, the concave surface lower left corner, and described 9th concave surface is corresponding with the 6th convex surface lower than the upper surface of the 7th concave surface, and described 8th groove is corresponding with the second projection.
4. the outer board mold of skirt after automobile as claimed in claim 1, it is characterized in that: described guiding-positioning structure comprises guide groove and guide pillar, described guide groove is located on upper bolster, and described guide pillar is located on die shoe.
5. the outer board mold of skirt after automobile as claimed in claim 4, is characterized in that: described guide groove is triangular in shape to be distributed on upper bolster, and described guide pillar is triangular in shape to be distributed on die shoe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420824421.1U CN204449013U (en) | 2014-12-23 | 2014-12-23 | The outer board mold of skirt after a kind of automobile |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420824421.1U CN204449013U (en) | 2014-12-23 | 2014-12-23 | The outer board mold of skirt after a kind of automobile |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204449013U true CN204449013U (en) | 2015-07-08 |
Family
ID=53655961
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420824421.1U Expired - Fee Related CN204449013U (en) | 2014-12-23 | 2014-12-23 | The outer board mold of skirt after a kind of automobile |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204449013U (en) |
-
2014
- 2014-12-23 CN CN201420824421.1U patent/CN204449013U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20151223 |
|
| EXPY | Termination of patent right or utility model |