CN206344365U - SMC Multilayer stacking type molding dies - Google Patents
SMC Multilayer stacking type molding dies Download PDFInfo
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- CN206344365U CN206344365U CN201621296598.4U CN201621296598U CN206344365U CN 206344365 U CN206344365 U CN 206344365U CN 201621296598 U CN201621296598 U CN 201621296598U CN 206344365 U CN206344365 U CN 206344365U
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Abstract
SMC Multilayer stacking type molding dies, including upper and lower compound plate, install to install on moulded board, lower compound plate under upper compound plate and solid plate is installed on support block, support block, the cavity plate of overlap assembly is set between described solid plate and moulded board, the upper plane of cavity plate sets core, and the lower plane of cavity plate sets die cavity, and die cavity is engaged with solid plate, core is engaged with moulded board, and controlled interval pull rod mechanism is set on the side wall between cavity plate and solid plate and moulded board.This programme sets cavity plate between moulded board and solid plate, and the upper plane of cavity plate sets core, and lower plane sets die cavity; die cavity coordinates with solid plate, and core coordinates with moulded board, constitutes double-deck die cavity; a workpiece is processed in each die cavity; that is closed assembly above and below two workpiece of mould one-step mould, double-deck die cavity, does not increase molding area; small mould pressing machine can be used to process; both cost investment is saved, production efficiency is improved again, with very positive practical value and economic benefit.
Description
Technical field
The utility model is related to a kind of SMC (fiberglass）Multilayer stacking type molding die, belongs to extraordinary molding mechanical field.
Background technology
Using SMC（Fiberglass）Material produces planar（Or sheet）Deng odds and ends, such as SMC door-plates, conventional moulded mould
Process SMC door-plates and be typically once only molded Yishanmen plate, if wanting one-step mould multiple leaf door plate, big generally using one piece of area
Template, then set on the template in multiple die cavities, multiple die cavities while fill mould material is molded, it has the drawback that：
Be molded area it is bigger, it is necessary to molding pressure it is also bigger, require, lead so as to need to invest bigger moulding press and can be only achieved molding
Cause cost input very big.
The content of the invention
The purpose of this utility model be in order to overcome the shortcoming of prior art there is provided one kind use Multilayer stacking type structure,
Many products of one-step mould, neither increase cost input on the basis of original molding pressure, and the SMC that production efficiency is improved again is more
Layer superposing type molding die.
The technical scheme of the utility model SMC Multilayer stacking type molding dies is：Including compound plate on mould and lower compound plate, on
Install to install on moulded board, lower compound plate under compound plate and solid plate is installed on support block, support block, it is characterised in that described solid plate and mould
The cavity plate of overlap assembly is set between pressing plate, and the upper plane of cavity plate sets core, and the lower plane of cavity plate sets die cavity, type
Chamber is engaged with solid plate, and core is engaged with moulded board, sets fixed on the side wall between cavity plate and solid plate and moulded board
Away from drag link mechanism.
The utility model discloses a kind of SMC Multilayer stacking types molding die, it is mainly characterized by conventional moulded mould
Cavity plate is set between moulded board and solid plate, and the upper plane of cavity plate sets core, and the lower plane of cavity plate sets die cavity, type
Chamber is engaged with solid plate, and core is engaged with moulded board, is constituted in double-deck die cavity, each die cavity and is processed a workpiece, i.e. mould
One-step mould can process closed assembly above and below two workpiece, double-deck die cavity, not increase molding area, small mould pressing machine can be used to process,
Both cost investment is saved, production efficiency is improved again, with very positive practical value and economic benefit.
SMC Multilayer stacking types molding die of the present utility model, described controlled interval pull rod mechanism is included in the side of cavity plate
Block tongue is set on wall, and the inner side of block tongue, which is equipped with compression spring, described solid plate side wall, installs blind rivet, blind rivet and block tongue it is upper
Plane is engaged, and depression bar is installed on described moulded board side wall, depression bar extends downwardly and is formed with briquetting, during die sinking, briquetting and card
The bottom surface of tongue is engaged, and is installed and is installed on fixture block, moulded board and cavity plate side wall in described cavity plate and solid plate side wall
Pull bar, pull bar is extended downwardly, and the pull bar on moulded board is passed through on solid plate through the fixture block in cavity plate, the pull bar of cavity plate
Fixture block, the head of pull bar is formed with drag hook, and during die sinking, drag hook is engaged with fixture block.During die sinking, moulded board was upward by moulding press before this
Sling die sinking, expose the workpiece of compression molding between core and moulded board, be easy to workman or manipulator pickup, and cavity plate with
Hold, do not molded with block tongue and blind rivet between solid plate.After moulded board continues up one segment distance of die sinking, briquetting is encountered
Block tongue bottom surface, the block tongue compressed spring that suffers oppression is inwardly indented, and is departed from blind rivet, and the drag hook being further continued on die sinking, pull bar is touched
To fixture block, fixture block is pulled by drag hook, molded so as to drive between cavity plate and solid plate, second workpiece can now be taken out,
Then each die cavity filler, resets, compression molding, then molds pickup, so circulation.The bottom surface of described block tongue is formed with beveling
Face, scarf is engaged with briquetting, is easy to block tongue to compress.Pressing plate is set on the side wall of described cavity plate, and block tongue is arranged on pressure
It is easy for installation on plate.The cavity plate of 1-6 layers of overlap assembly, the die cavity of last layer are set between described solid plate and moulded board
Core with next layer is engaged, per setting controlled interval pull rod mechanism between stratotype cavity plate, in actual production, visual moulding press
Size and the number of plies for highly designing cavity plate, but if the number of plies is too high, can influence workpiece to take out, generally use layer 2-3 die cavity
Plate is relatively reasonable.Upper padding plate is set between described upper compound plate and moulded board, lower bolster, backing plate are set between support block and solid plate
The height of adjustable die pressing plate and solid plate, makes molding more preferable.
Brief description of the drawings
Fig. 1 is the utility model SMC Multilayer stacking type molding die structural representations；
Fig. 2 is the utility model SMC Multilayer stacking type molding die schematic perspective views；
Fig. 3 is the utility model SMC Multilayer stacking type molding die side schematic views；
Fig. 4 is partial enlarged drawing at Fig. 1 A.
Embodiment
The utility model is related to a kind of SMC Multilayer stacking types molding die, as shown in Fig. 1-Fig. 4, including compound plate on mould
1 and lower compound plate 2, install to install on moulded board 3, lower compound plate under upper compound plate and solid plate 5, described cover half are installed on support block 4, support block
The cavity plate 6 of overlap assembly is set between plate 5 and moulded board 3, and the upper plane of cavity plate 6 sets core 7, and the lower of cavity plate 6 is put down
Face sets die cavity 8, and die cavity 8 is engaged with solid plate 5, and core 7 is engaged with moulded board 3, cavity plate 6 and solid plate 5 and molding
Controlled interval pull rod mechanism is set on the side wall between plate 3.The moulded board 3 being mainly characterized by conventional moulded mould of this programme with it is fixed
Cavity plate 6 is set between template 5, and the upper plane of cavity plate 6 sets core 7, and the lower plane of cavity plate 6 sets die cavity 8, die cavity 8
It is engaged with solid plate 5, core 7 is engaged with moulded board 3, constitutes in double-deck die cavity, each die cavity and process a workpiece, i.e. mould
One-step mould can process closed assembly above and below two workpiece, double-deck die cavity, not increase molding area, small mould pressing machine can be used to process,
Both cost investment is saved, production efficiency is improved again, with very positive practical value and economic benefit.Described controlled interval pull rod
Mechanism is included in setting block tongue 10 on the side wall of cavity plate 6, and the inner side of block tongue 10 is equipped with compression spring 11, described solid plate 5
Blind rivet 12 is installed, blind rivet 12 is engaged with the upper plane of block tongue 10 on the wall of side, depression bar 13 is installed on the described side wall of moulded board 3,
Depression bar 13 is extended downwardly and is formed with briquetting 14, during die sinking, and briquetting 14 is engaged with the bottom surface of block tongue 10, described cavity plate 6
With being installed on the side wall of solid plate 5 pull bar 16 is installed on fixture block 15, moulded board 3 and the side wall of cavity plate 6, pull bar is extended downwardly, molding
Pull bar on plate 3 is through the fixture block in cavity plate 6, and the pull bar of cavity plate 6 passes through the fixture block on solid plate 5, the head of pull bar 16
Drag hook 17 is formed with, during die sinking, drag hook 17 is engaged with fixture block 15.During die sinking, moulded board 5 was sling out upwards by moulding press before this
Mould, exposes the workpiece of compression molding between core 7 and moulded board 3, is easy to workman or manipulator pickup, and cavity plate 6 is with determining
Hold, do not molded with block tongue 10 and blind rivet 12 between template 5.After moulded board 5 continues up one segment distance of die sinking, briquetting
14 encounter the bottom surface of block tongue 10, and the compressed spring 11 that suffers oppression of block tongue 10 is inwardly indented, and is departed from blind rivet 12, is further continued for die sinking,
Drag hook 17 on pull bar 16 encounters fixture block 15, and fixture block is pulled by drag hook, is molded so as to drive between cavity plate 6 and solid plate 5, this
When second workpiece can be taken out, then each die cavity filler, resets, compression molding, then molds pickup, so circulation.Described
The bottom surface of block tongue 10 is formed with scarf 101, and scarf 101 is engaged with briquetting 14, is easy to block tongue to compress.Described cavity plate
Pressing plate 18 is set on 6 side wall, and block tongue 10 is arranged on pressing plate 18, easy for installation.Between described solid plate 5 and moulded board 3
The cavity plate 6 of 1-6 layers of overlap assembly is set, and the die cavity of last layer is engaged with next layer of core, set per between stratotype cavity plate
Controlled interval pull rod mechanism is put, in actual production, the size of visual moulding press and the number of plies for highly designing cavity plate, but if layer
Number is too high, workpiece can be influenceed to take out, generally relatively reasonable using layer 2-3 cavity plate.Between described upper compound plate 1 and moulded board 3
Upper padding plate 20 is set, the height of lower bolster 21, backing plate adjustable die pressing plate and solid plate is set between support block 4 and solid plate 5, made
Molding is more preferable.
Claims (6)
1.SMC Multilayer stacking type molding dies, including compound plate on mould（1）With lower compound plate（2）, moulded board is installed under upper compound plate
（3）, support block is installed on lower compound plate（4）, solid plate is installed on support block（5）, it is characterised in that described solid plate（5）With moulded board
（3）Between set overlap assembly cavity plate（6）, cavity plate（6）Upper plane set core（7）, cavity plate（6）Lower plane
Die cavity is set（8）, die cavity（8）With solid plate（5）It is engaged, core（7）With moulded board（3）It is engaged, cavity plate（6）With cover half
Plate（5）And moulded board（3）Between side wall on controlled interval pull rod mechanism is set.
2. SMC Multilayer stacking types molding die as claimed in claim 1, it is characterised in that described controlled interval pull rod mechanism includes
In cavity plate（6）Side wall on block tongue is set（10）, block tongue（10）Inner side be equipped with compression spring（11）, described solid plate
（5）Blind rivet is installed on the wall of side（12）, blind rivet（12）With block tongue（10）Upper plane be engaged, described moulded board（3）On the wall of side
Depression bar is installed（13）, depression bar（13）Extend downwardly and be formed with briquetting（14）, during die sinking, briquetting（14）With block tongue（10）Bottom surface
It is engaged, described cavity plate（6）And solid plate（5）Fixture block is installed on the wall of side（15）, moulded board（3）And cavity plate（6）Side wall
Upper installation pull bar（16）, pull bar extends downwardly, moulded board（3）On pull bar pass through cavity plate（6）On fixture block, cavity plate（6）
Pull bar pass through solid plate（5）On fixture block, pull bar（16）Head be formed with drag hook（17）, during die sinking, drag hook（17）With fixture block
（15）It is engaged.
3. SMC Multilayer stacking types molding die as claimed in claim 2, it is characterised in that described block tongue（10）Bottom surface
It is formed with scarf（101）, scarf（101）With briquetting（14）It is engaged.
4. SMC Multilayer stacking types molding die as claimed in claim 2, it is characterised in that described cavity plate（6）Side wall
Upper setting pressing plate（18）, block tongue（10）It is arranged on pressing plate（18）On.
5. SMC Multilayer stacking types molding die as claimed in claim 1, it is characterised in that described solid plate（5）With molding
Plate（3）Between set 1-6 layers of overlap assembly cavity plate（6）, the die cavity of last layer is engaged with next layer of core, per stratotype
Controlled interval pull rod mechanism is set between cavity plate.
6. SMC Multilayer stacking types molding die as claimed in claim 1, it is characterised in that described upper compound plate（1）With molding
Plate（3）Between upper padding plate is set（20）, support block（4）With solid plate（5）Between lower bolster is set（21）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621296598.4U CN206344365U (en) | 2016-11-30 | 2016-11-30 | SMC Multilayer stacking type molding dies |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621296598.4U CN206344365U (en) | 2016-11-30 | 2016-11-30 | SMC Multilayer stacking type molding dies |
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| Publication Number | Publication Date |
|---|---|
| CN206344365U true CN206344365U (en) | 2017-07-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621296598.4U Active CN206344365U (en) | 2016-11-30 | 2016-11-30 | SMC Multilayer stacking type molding dies |
Country Status (1)
| Country | Link |
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| CN (1) | CN206344365U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106696159A (en) * | 2016-11-30 | 2017-05-24 | 台州市黄岩双盛塑模有限公司 | SMC multilayer stacking type mold pressing mold |
-
2016
- 2016-11-30 CN CN201621296598.4U patent/CN206344365U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106696159A (en) * | 2016-11-30 | 2017-05-24 | 台州市黄岩双盛塑模有限公司 | SMC multilayer stacking type mold pressing mold |
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