CN208197449U - A kind of incense burner injection mold - Google Patents
A kind of incense burner injection mold Download PDFInfo
- Publication number
- CN208197449U CN208197449U CN201820773824.6U CN201820773824U CN208197449U CN 208197449 U CN208197449 U CN 208197449U CN 201820773824 U CN201820773824 U CN 201820773824U CN 208197449 U CN208197449 U CN 208197449U
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- CN
- China
- Prior art keywords
- block
- mandril
- dynamic model
- cavity
- compound plate
- 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.)
- Expired - Fee Related
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Abstract
A kind of incense burner injection mold, is made of cover half and dynamic model, which is characterized in that cover half is formed with solid plate, type core and locating ring, and dynamic model is made of die sleeve, interior stroke of block, dynamic model compound plate, support block, support block compound plate, mandril, mandril fixed plate, mandril compound plate；The die sleeve is located at below solid plate, the slashface cavity of cone is formed in die sleeve, slashface cavity wall is formed with guide pad, interior several the interior stroke of block of installing of slashface cavity are made circumferentially to wait to divide to arrange, skew wall outside block is drawn in each is formed with guide groove, die cavity is located at the center drawn after block composite assembly in several equal parts, die cavity and type core close fit, guide groove and guide pad close fit, dynamic model compound plate is connected firmly below die sleeve, dynamic model compound plate is formed with the through-hole matched with mandril, acts on flexible path when mandril ejection.
Description
Technical field
The utility model relates to plastic mould fields, more particularly to a kind of incense burner injection mold.
Background technique
Incense burner is usually 3/4ths ball designs, and lower section is also formed with equal part support leg 81, and beautiful outline form is also unfolded in craftsman
Sense production, e.g. patterned artistic.
Incense burner is due to ball shape, in mold manufacture, need to carry out drawing block demoulding.In general, in the design of the prior art,
It draws block radially to paddle with product die cavity, and must also have and configure the ingot stripper that corresponding mode locking set carries out mode locking and scraping wings
Structure.This design scheme not only increases the raw material of mold, but also processes and more complicate.
Summary of the invention
The utility model aims to solve the problem that defect present in the prior art, provide a kind of mandril directly push away in draw the demoulding side of block
Formula simplifies mould structure, has material-saving, advantage easy to process, manufacturing cost is light.
A kind of incense burner injection mold of the utility model, is made of, which is characterized in that cover half is formed with cover half cover half and dynamic model
Plate, type core and locating ring, dynamic model is by die sleeve, interior stroke of block, dynamic model compound plate, support block, support block compound plate, mandril, mandril fixed plate, mandril
Compound plate composition；The die sleeve is located at below solid plate, the slashface cavity of cone is formed in die sleeve, slashface cavity wall, which is formed with, leads
To block, interior several the interior stroke of block of installing of slashface cavity are made circumferentially to wait to divide to arrange, and each interior stroke of block outside skew wall is formed with guide groove, mould
Chamber is located at the center drawn after block composite assembly in several equal parts, and die cavity and type core close fit, guide groove are close with guide pad
Cooperation, die sleeve lower section connect firmly dynamic model compound plate, and dynamic model compound plate is formed with the through-hole matched with mandril, stretching when acting on mandril ejection
Contracting path, when mold work, raw material flows into die cavity from cast gate, after cooling starting die sinking, and dynamic model separates with cover half, product with
The die cavity of interior stroke of block is located at dynamic model direction, and then the central term of injection molding machine starts work, and mandril is pushed up to move, and mandril pushes
Interior stroke of block, interior stroke of block move up acquisition product along the inclined-plane path that guide pad is set and separate with die cavity, realize product stripping.
One embodiment of the utility model, the cover half, cover half top are formed with locating ring, and lower section is formed with type core.
In a kind of form, positioning loop diameter is matched with injection molding machine model.
Further, locating ring and cast gate interplanting disjunctor make.
Further, cast gate is aligned with type core underlying surfaces.
The type core, type core and die cavity close fit, it is ensured that product uniform wall thickness.
In a kind of form, type core and solid plate disjunctor are made.
In a kind of form, type core is connected firmly as inserts and solid plate cooperation.
The dynamic model, dynamic model by die sleeve, interior stroke of block, dynamic model compound plate, support block, support block compound plate, mandril, mandril fixed plate,
Mandril compound plate composition.
The die sleeve is located at below cover half, and the slashface cavity of cone is formed in die sleeve, and slashface cavity wall is formed with guiding
Block, the interior installation of slashface cavity is interior to draw block.
The interior stroke of block, interior stroke of block outside skew wall are formed with guide groove, make product die cavity in interior stroke of block.A kind of form
In, product die cavity is made by being drawn after block etc. divides composite assembly in several.
Further, die cavity and type core close fit.
In a kind of form, product die cavity is by being divided into several groups by wire cutting machine tool after integral blocks truck bed machine-shaping
The interior stroke of block closed.
In a kind of form, skew wall Manufacture by line cutting guide groove outside block is drawn inside, and the separation material for cutting out is used as
Guide pad, guide pad can connect firmly die sleeve slashface cavity wall by welding or screw.
The dynamic model compound plate acts on connecting firmly for die sleeve and support block, and internally draws block and limited.
In a kind of form, dynamic model compound plate is formed with the through-hole that cooperation is thought with mandril, acts on flexible path when mandril ejection.
The support block, which acts on, provides activity and installation space for ejecting mechanism.
In a kind of form, support block connects firmly dynamic model compound plate and support block compound plate.
The ejecting mechanism includes mandril, mandril fixed plate, mandril compound plate.
The support block compound plate acts on the installation between the limit of ejecting mechanism and mold and injection molding machine.
The mandril is installed on mandril fixed plate, and mandril is formed with step, and step acts on position limit when mandril ejection
It is fixed.
The mandril fixed plate acts on installation mandril, and perforation and the dynamic model compound plate through-hole of mandril fixed plate are matched closely
It closes.
The mandril compound plate is fixed on mandril fixed plate, acts on and limiting to the fixed of mandril.
It is de- directly to slide push to path using the inclined-plane with die sleeve slashface cavity for a kind of incense burner injection mold of the utility model
Mould design, simplify the complicated processing technique routinely made, while work in-process, can allow it is all in draw block and die cavity disjunctor systems
It carries out being divided into type after performing, the material and each component cut out is all fully utilized, and close fit.
Detailed description of the invention
Fig. 1 is utility model diagram.
Fig. 2 is die sleeve schematic diagram.
Fig. 3 is relationship plan view between die sleeve and interior stroke of block.
Block and die cavity relational graph are drawn in Fig. 4 combination.
Specific embodiment
The utility model discloses a kind of incense burner injection molds to be made of as shown in Figure 1,2,3, 4 cover half and dynamic model,
It is characterized in that, cover half is formed with solid plate 1, type core 11 and locating ring 12, and dynamic model is by die sleeve 2, interior stroke of block 21, dynamic model compound plate 3, support block
4, support block compound plate 5, mandril 7, mandril fixed plate 6, mandril compound plate 61 form；The die sleeve 2 is located at 1 lower section of solid plate, die sleeve 2
It is inside formed with the slashface cavity 20 of cone, 20 wall of slashface cavity is formed with guide pad 211, several interior stroke of installation in slashface cavity 20
Block 21 makees circumferentially equal point of arrangement, and each interior 21 outside skew wall of block of drawing is formed with guide groove 2111, and die cavity 8, which is located in several equal parts, to be drawn
Center after 21 composite assembly of block, die cavity 8 and 11 close fit of type core, guide groove 2111 and 211 close fit of guide pad, die sleeve
2 lower sections connect firmly dynamic model compound plate 3, and dynamic model compound plate 3 is formed with the through-hole matched with mandril 7, act on flexible road when mandril 7 ejects
Diameter, when mold work, raw material flows into die cavity 8 from cast gate, and starting die sinking, dynamic model are separated with cover half after cooling, and product is with interior
The die cavity 8 for drawing block 21 is located at dynamic model direction, and then the central term of injection molding machine starts work, pushes mandril 7 up to move, mandril 7
Block 21 is drawn in pushing, interior stroke of block 21 moves up acquisition product along the inclined-plane path that guide pad 211 is set and separate with die cavity 8, realize and produce
Pint mould.
One embodiment of the utility model, the cover half, cover half top are formed with locating ring 12, and lower section is formed with type core
11。
In a kind of form, 12 diameter of locating ring is matched with injection molding machine model.
Further, locating ring 12 and cast gate interplanting disjunctor make.
Further, cast gate is aligned with 11 underlying surfaces of type core.
The type core 11, type core 11 and 8 close fit of die cavity, it is ensured that product uniform wall thickness.
In a kind of form, type core 11 and 1 disjunctor of solid plate are made.
In a kind of form, type core 11 cooperates as inserts and solid plate 1 to be connected firmly.
The dynamic model, dynamic model is by die sleeve 2, interior stroke of block 21, dynamic model compound plate 3, support block 4, support block compound plate 5, mandril 7, mandril
Fixed plate 6, mandril compound plate 61 form.
The die sleeve 2 is located at below cover half, and the slashface cavity 20 of cone, 20 wall system of slashface cavity are formed in die sleeve 2
There is guide pad 211, draws block 21 in installation in slashface cavity 20.
The interior stroke of block 21, interior stroke of 21 outside skew wall of block are formed with guide groove 2111, make product die cavity in interior stroke of block 21
8.In a kind of form, product die cavity 8 is made by being drawn after block 21 etc. divides composite assembly in several.
Further, die cavity 8 and 11 close fit of type core.
In a kind of form, product die cavity 8 is by being divided into several by wire cutting machine tool after integral blocks truck bed machine-shaping
Interior stroke of block 21 of combination.
In a kind of form, 21 outside skew wall Manufacture by line cutting guide groove 2111 of block, the separation material for cutting out are drawn inside
It is used as guide pad 211, guide pad 211 can connect firmly 2 slashface cavity of die sleeve, 20 wall by welding or screw.
The dynamic model compound plate 3 acts on connecting firmly for die sleeve 2 and support block 4, and internally draws block 21 and limited.
In a kind of form, dynamic model compound plate 3 is formed with the through-hole that cooperation is thought with mandril 7, acts on flexible road when mandril 7 ejects
Diameter.
The support block 4, which acts on, provides activity and installation space for ejecting mechanism.
In a kind of form, support block 4 connects firmly dynamic model compound plate 3 and support block compound plate 5.
The ejecting mechanism includes mandril 7, mandril fixed plate 6, mandril compound plate 61.
The support block compound plate 5 acts on the installation between the limit of ejecting mechanism and mold and injection molding machine.
The mandril 7 is installed on mandril fixed plate 6, and mandril 7 is formed with step 71, when step 71 acts on the ejection of mandril 7
Position restriction.
The mandril fixed plate 6 acts on installation mandril 7, and the perforation of mandril fixed plate 6 and 3 through-hole of dynamic model compound plate are close
Cooperation.
The mandril compound plate 61 is fixed on mandril fixed plate 6, acts on and limiting to the fixed of mandril 7.
A kind of incense burner injection mold of the utility model is directly slided to path using the inclined-plane with 2 slashface cavity 20 of die sleeve and is pushed away
Send demoulding design, simplify the complicated processing technique routinely made, while work in-process, can allow it is all in draw block 21 and die cavitys
8 disjunctors carry out being divided into type after making, and the material and each component cut out is all fully utilized, and close fit.
Technical staff is appreciated that in the case where not departing from the utility model and can suitably be adjusted to disclosed configuration
Whole, therefore, example as described above is given for example only rather than the purpose of limitation, it will be apparent to those skilled in that ground recognizes
It arrives, the mesh that small modification reaches identical can be carried out to configuration or mounting process in unobvious change aforesaid operations
, the utility model is restricted by claims.
Claims (5)
1. a kind of incense burner injection mold, is made of cover half and dynamic model, which is characterized in that cover half is formed with solid plate (1), type core (11)
With locating ring (12), dynamic model is by die sleeve (2), interior stroke of block (21), dynamic model compound plate (3), support block (4), support block compound plate (5), mandril
(7), mandril fixed plate (6), mandril compound plate (61) composition；The die sleeve (2) is located at below solid plate (1), system in die sleeve (2)
There is the slashface cavity (20) of cone, slashface cavity (20) wall is formed with guide pad (211), installs several in slashface cavity (20)
Interior stroke of block (21) makees circumferentially equal point of arrangement, and each interior block (21) external skew wall of drawing is formed with guide groove (2111), and die cavity (8) is if be located at
Draw the center after block (21) composite assembly, die cavity (8) and type core (11) close fit in dry equal part, guide groove (2111) with lead
To block (211) close fit, dynamic model compound plate (3) are connected firmly below die sleeve (2).
2. a kind of incense burner injection mold as described in claim 1, it is characterised in that product die cavity (8) is added by integral blocks truck bed
It is divided into several combinations after work molding by wire cutting machine tool and draws block (21).
3. a kind of incense burner injection mold as described in claim 1, it is characterised in that draw the external skew wall wire cutting of block (21) inside
It makes guide groove (2111), the separation material for cutting out is used as guide pad (211).
4. a kind of incense burner injection mold as described in claim 1, it is characterised in that guide pad (211) can pass through welding or spiral shell
Silk connects firmly die sleeve (2) slashface cavity (20) wall.
5. a kind of incense burner injection mold as described in claim 1, it is characterised in that mandril (7) is formed with step (71), step
(71) position restriction when mandril (7) ejection is acted on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820773824.6U CN208197449U (en) | 2018-05-23 | 2018-05-23 | A kind of incense burner injection mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820773824.6U CN208197449U (en) | 2018-05-23 | 2018-05-23 | A kind of incense burner injection mold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208197449U true CN208197449U (en) | 2018-12-07 |
Family
ID=64518588
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820773824.6U Expired - Fee Related CN208197449U (en) | 2018-05-23 | 2018-05-23 | A kind of incense burner injection mold |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208197449U (en) |
-
2018
- 2018-05-23 CN CN201820773824.6U patent/CN208197449U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181207 Termination date: 20210523 |