CN207077709U - The secondary core-pulling mechanism of the cellular side riser of injection mold band - Google Patents
The secondary core-pulling mechanism of the cellular side riser of injection mold band Download PDFInfo
- Publication number
- CN207077709U CN207077709U CN201720842586.5U CN201720842586U CN207077709U CN 207077709 U CN207077709 U CN 207077709U CN 201720842586 U CN201720842586 U CN 201720842586U CN 207077709 U CN207077709 U CN 207077709U
- Authority
- CN
- China
- Prior art keywords
- plate
- core
- die cavity
- action sliders
- thimble
- 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
- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
The secondary core-pulling mechanism of the cellular side riser of injection mold band,Including upper,Lower compound plate,Upper compound plate divides into backing plate and divides into die cavity,Support block is set on lower compound plate,Set on lower compound plate between support block,Lower ejector retainner plate and thimble,Set on support block in core and set core insert,Set on core in side action sliders and set side thimble,Side ejector retainner plate is set on the outside of side action sliders,Side thimble connects side ejector retainner plate,Core insert,Side action sliders,There is working of plastics between side thimble and die cavity,Working of plastics both sides riser,Honeycomb groove processed on riser outer wall,It is characterized in that side ejector retainner plate outer wall sets Ejector Retainer Plate,Spring is set in Ejector Retainer Plate,Spring side is in contact with Ejector Retainer Plate,Spring opposite side is in contact through side ejector retainner plate with side action sliders,Ejector Retainer Plate side outer wall projection,Projection outer wall is in contact with die cavity inwall,Angle Pin is set in die cavity,Oblique guide hole is opened in side action sliders,Core outer wall sets oil cylinder,Cylinder piston rod is connected with side action sliders.
Description
Technical field
Injection mold is the utility model is related to, more particularly to the secondary core-pulling of the cellular side riser of injection mold band
Structure.
Background technology
In injection mold, if the side wall of working of plastics is formed with riser, and gathered on the outer wall of riser honeycomb groove, circular groove, side
The structures such as groove, because more groove can be larger to the package powers of side action sliders, directly enter according to side action sliders from side
Row core pulling, then side action sliders can be caused to drive riser to move together, make to break between riser and working of plastics main body, molded product
Scrap, in order to overcome the defect, prior art is to be formed with upwardly-extending baffle in the fixed plate of side oil pumping cylinder, in side core-pulling
The rear side of sliding block sets side ejector retainner plate, and side thimble is set on the ejector retainner plate of side, and side thimble passes through the part of side action sliders and product
Honeycomb groove coordinates, and has certain gap between side ejector retainner plate and side action sliders, spring is set between side ejector retainner plate and baffle plate, when
When mould molds, side action sliders are driven to move outward by side oil pumping cylinder, but kept by spring thimble side ejector retainner plate, side thimble
Motionless, the riser that side thimble withstands working of plastics remains stationary as, and side action sliders is first deviate from the honeycomb groove of riser, and the structure is present
The shortcomings that be：Spacing between side ejector retainner plate and baffle plate is larger, and the elastic force of spring is not enough to support pin plate, easily causes to be molded
When, injection pressure is excessive, and is moved to the outside side action sliders, die cavity is changed, and mould molds, and side core-pulling is slided
Block can drive ejector retainner plate to move together when moving outward, so as to cause product rejection, and need to increase the thickness of side action sliders
Degree, so as to shorten the spacing between side ejector retainner plate and baffle plate, so result in side thimble length increase so that side thimble it is strong
Degree weakens, and is easily deformed or even is broken.
The content of the invention
The shortcomings that the purpose of this utility model is to overcome prior art to exist, there is provided a kind of offside ejector retainner plate support can
Lean on, shorten the length of side thimble, improve the intensity of side thimble, side action sliders is smoothly deviate from the riser of product, ensure production
The secondary core-pulling mechanism of the cellular side riser of injection mold band of quality.
The technical scheme of the secondary core-pulling mechanism of the cellular side riser of the utility model injection mold band is：Including upper multiple
Plate and lower compound plate, backing plate is set under upper compound plate, die cavity is set under backing plate, support block is set on lower compound plate, it is lower multiple between support block
Upper ejector retainner plate, lower ejector retainner plate and thimble are set on plate, core is set on support block, core insert is set in core, set on core
Side action sliders, side thimble is set, the outside of side action sliders sets side ejector retainner plate, and side ejector retainner plate is taken out with side in side action sliders
There is gap between core sliding block, side thimble connecting side ejector retainner plate, have between core insert, side action sliders, side thimble and die cavity
The working of plastics of injection molding, the both sides of working of plastics are formed with riser, honeycomb groove are formed with the outer wall of riser, it is characterised in that：It is described
Side ejector retainner plate outer wall Ejector Retainer Plate is set, spring is set in Ejector Retainer Plate, the side of spring is in contact with Ejector Retainer Plate, spring
Opposite side be in contact through side ejector retainner plate with side action sliders, be formed with projection in the side outer wall of Ejector Retainer Plate, projection it is outer
Wall is in contact with die cavity inwall, and Angle Pin is set in die cavity, and oblique guide hole, Angle Pin and oblique guide hole phase are provided with side action sliders
Coordinate, oil cylinder is set in the outer wall of core, the piston rod of oil cylinder is connected with side action sliders.
The utility model discloses a kind of secondary core-pulling mechanism of the cellular side riser of injection mold band, when working of plastics is noted
After being moulded into type, mould die sinking, now first with Angle Pin and the oblique guide hole of side action sliders, side action sliders are driven to move outward
Dynamic a small distance, and now the projection of Ejector Retainer Plate outer wall still contacts with the holding of facing directly of die cavity inwall, therefore die cavity top
Firmly Ejector Retainer Plate and side ejector retainner plate remain stationary as, and Ejector Retainer Plate and side ejector retainner plate drive side thimble to remain stationary as, and side thimble is withstood
The riser of working of plastics remains stationary as, make side action sliders gradually move outward abjection riser honeycomb groove, when side action sliders with
When side ejector retainner plate is in contact, now die cavity also moves up, and is disengaged with the projection of Ejector Retainer Plate, and die cavity can not be to thimble
Bottom plate carry out it is spacing, now oil cylinder through piston rod drive side action sliders move outward, side action sliders drive side ejector retainner plate and
Ejector Retainer Plate moves outward, and side ejector retainner plate and Ejector Retainer Plate drive side thimble to move the riser of abjection working of plastics outward, due to only
There is the cooperation of the honeycomb groove of several side thimbles and riser, therefore during the honeycomb groove of side thimble abjection riser, riser will not be driven together
Riser is broken in movement, so as to ensure its smooth core pulling.The secondary core-pulling of the cellular side riser of this programme injection mold band
Structure, first, the lateral wall in side action sliders sets side ejector retainner plate and Ejector Retainer Plate, side is set on side ejector retainner plate and Ejector Retainer Plate
Thimble, spring is set between Ejector Retainer Plate and side action sliders, so shortens the length of side thimble and spring, ensures side thimble
Structural strength and service life, and make spring there are enough spring energies to support side action sliders, prevent injection pressure excessive and
Deform die cavity；Second, the outer wall of Ejector Retainer Plate is formed with projection, to face directly, the inwall of facing directly of itself and die cavity connects the outer wall of projection
Touch, it is spacing to Ejector Retainer Plate using die cavity during die sinking, Ejector Retainer Plate, side ejector retainner plate, side thimble are supported reliable, side thimble is to perpendicular
Plate support is reliable, so as to prevent side action sliders from carrying out driving riser mobile when side is taken out or break riser, ensures product quality.
The secondary core-pulling mechanism of the cellular side riser of the utility model injection mold band, projection is formed with described projection
Inclined-plane, die cavity inwall are formed with die cavity inclined-plane, and during mould matched moulds, projection inclined-plane is engaged with die cavity inclined-plane.When mould matched moulds, by
Have spring between Ejector Retainer Plate and side action sliders so that Ejector Retainer Plate can not reset completely, have projection inclined-plane with
Die cavity inclined-plane coordinates, can be complete by being moved inward during die cavity matched moulds by die cavity inclined-plane through projection slope driving Ejector Retainer Plate
All reset, so as to avoid die cavity from being collided with Ejector Retainer Plate.
Brief description of the drawings
Fig. 1 is the secondary core-pulling mechanism matched moulds status architecture signal of the cellular side riser of the utility model injection mold band
Figure；
Fig. 2 is the secondary core-pulling mechanism first time side core-pulling state of the cellular side riser of the utility model injection mold band
Structural representation；
Fig. 3 is second of side core-pulling state of secondary core-pulling mechanism of the cellular side riser of the utility model injection mold band
Structural representation.
Embodiment
A kind of secondary core-pulling mechanism of the cellular side riser of injection mold band is the utility model is related to, such as Fig. 1-Fig. 3 institutes
Show, including upper compound plate 1 and lower compound plate 2, backing plate 3 is set under upper compound plate, die cavity 4 is set under backing plate, support block is set on lower compound plate
5, upper ejector retainner plate 6, lower ejector retainner plate 7 and thimble 8 are set on the lower compound plate between support block, core 9 is set on support block, set in core
Core insert 10, side action sliders 11 are set on core, side thimble 12 is set in side action sliders, set on the outside of side action sliders
Put side ejector retainner plate 13, there is gap 14 between side ejector retainner plate and side action sliders, side thimble connecting side ejector retainner plate, core insert,
There is the working of plastics 15 of injection molding between side action sliders, side thimble and die cavity 4, the both sides of working of plastics are formed with riser 16, riser
Outer wall on be formed with honeycomb groove 17, it is characterised in that：The described outer wall of side ejector retainner plate 13 sets Ejector Retainer Plate 18, in Ejector Retainer Plate
Spring 19 is set, and the side of spring is in contact with Ejector Retainer Plate, and the opposite side of spring passes through side ejector retainner plate 13 and side action sliders
11 are in contact, and are formed with projection 20 in the side outer wall of Ejector Retainer Plate, the outer wall of projection is in contact with the inwall of die cavity 4, in die cavity
Angle Pin 21 is set, oblique guide hole 22 is provided with side action sliders, Angle Pin is engaged with oblique guide hole, is set in the outer wall of core 9
Oil cylinder 23, the piston rod of oil cylinder are connected with side action sliders.After 15 injection molding of working of plastics, mould die sinking, now first by
Angle Pin 21 and the oblique guide hole 22 of side action sliders 11 coordinate, and drive side action sliders 11 to move a small distance outward, and this
When the outer wall of Ejector Retainer Plate 18 face holding of the projection 20 still with the inwall of die cavity 4 contact, therefore die cavity withstands Ejector Retainer Plate 18
Remained stationary as with side ejector retainner plate 13, Ejector Retainer Plate and side ejector retainner plate drive side thimble 12 to remain stationary as, and side thimble withstands working of plastics
15 riser 16 remains stationary as, and side action sliders 11 is gradually moved the honeycomb groove 17 of abjection riser 16 outward, when side core-pulling is slided
When block 11 is in contact with side ejector retainner plate 13, now die cavity 4 also moves up, and is disengaged with the projection 20 of Ejector Retainer Plate 18,
Die cavity 4 Ejector Retainer Plate 18 can not be carried out it is spacing, now oil cylinder 23 through piston rod drive side action sliders 11 move outward, side is taken out
Core sliding block drives side ejector retainner plate 13 and Ejector Retainer Plate 18 to move outward, and side ejector retainner plate and Ejector Retainer Plate drive side thimble 12 to move outward
The riser 16 of dynamic abjection working of plastics 15, coordinates, therefore side thimble is deviate from due to only having the honeycomb groove 17 of several side thimbles and riser
During the honeycomb groove of riser, riser will not be driven to move or break together riser, so as to ensure its smooth core pulling.This programme injection mould
Has the secondary core-pulling mechanism with cellular side riser, first, the lateral wall in side action sliders 11 sets side ejector retainner plate 13 and top
Pin bottom plate 18, side thimble 12 is set on side ejector retainner plate and Ejector Retainer Plate, spring is set between Ejector Retainer Plate and side action sliders 11
19, the length of side thimble and spring is so shortened, ensures the structural strength and service life of side thimble, and spring is had enough
Spring energy supports side action sliders, prevents that injection pressure is excessive and deforms die cavity；Second, the outer wall of Ejector Retainer Plate 18 is formed with
Projection 20, to face directly, it is contacted with the inwall of facing directly of die cavity 4 for the outer wall of projection, spacing to Ejector Retainer Plate using die cavity during die sinking,
Ejector Retainer Plate 18, side ejector retainner plate 13, side thimble 12 are supported reliably, side thimble is supported to riser 16 reliably, so as to prevent side from taking out
Core sliding block 11 carries out driving riser mobile when side is taken out or breaks riser, ensures product quality.Projection is formed with described projection 20
Inclined-plane 24, the inwall of die cavity 4 are formed with die cavity inclined-plane 25, and during mould matched moulds, projection inclined-plane is engaged with die cavity inclined-plane.When mould matched moulds
When, due to there is spring 19 between Ejector Retainer Plate 18 and side action sliders 11, so that Ejector Retainer Plate can not reset completely, have
Projection inclined-plane 24 coordinates with die cavity inclined-plane 25, by during 4 matched moulds of die cavity by die cavity inclined-plane through projection slope driving Ejector Retainer Plate 18
Move inward, can reset completely, so as to avoid die cavity from being collided with Ejector Retainer Plate.
Claims (2)
1. the secondary core-pulling mechanism of the cellular side riser of injection mold band, including upper compound plate（1）With lower compound plate（2）, upper compound plate
Lower setting backing plate（3）, die cavity is set under backing plate（4）, support block is set on lower compound plate（5）, set on the lower compound plate between support block
Upper ejector retainner plate（6）, lower ejector retainner plate（7）And thimble（8）, core is set on support block（9）, core insert is set in core（10）, type
Side action sliders are set on core（11）, side thimble is set in side action sliders（12）, the outside of side action sliders sets side thimble
Plate（13）, have gap between side ejector retainner plate and side action sliders（14）, side thimble connecting side ejector retainner plate, taken out in core insert, side
Core sliding block, side thimble and die cavity（4）Between have the working of plastics of injection molding（15）, the both sides of working of plastics are formed with riser（16）, erect
Honeycomb groove is formed with the outer wall of plate（17）, it is characterised in that：Described side ejector retainner plate（13）Outer wall sets Ejector Retainer Plate（18）, top
Spring is set in pin bottom plate（19）, the side of spring is in contact with Ejector Retainer Plate, and the opposite side of spring passes through side ejector retainner plate（13）
With side action sliders（11）It is in contact, projection is formed with the side outer wall of Ejector Retainer Plate（20）, the outer wall and die cavity of projection（4）It is interior
Wall is in contact, and Angle Pin is set in die cavity（21）, oblique guide hole is provided with side action sliders（22）, Angle Pin and oblique guide hole match
Close, in core（9）Outer wall set oil cylinder（23）, the piston rod of oil cylinder is connected with side action sliders.
2. the secondary core-pulling mechanism of the cellular side riser of injection mold band as claimed in claim 1, it is characterised in that：It is described
Projection（20）On be formed with projection inclined-plane（24）, die cavity（4）Inwall is formed with die cavity inclined-plane（25）, during mould matched moulds, projection inclined-plane
It is engaged with die cavity inclined-plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720842586.5U CN207077709U (en) | 2017-07-12 | 2017-07-12 | The secondary core-pulling mechanism of the cellular side riser of injection mold band |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720842586.5U CN207077709U (en) | 2017-07-12 | 2017-07-12 | The secondary core-pulling mechanism of the cellular side riser of injection mold band |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207077709U true CN207077709U (en) | 2018-03-09 |
Family
ID=61427108
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720842586.5U Active CN207077709U (en) | 2017-07-12 | 2017-07-12 | The secondary core-pulling mechanism of the cellular side riser of injection mold band |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207077709U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107186973A (en) * | 2017-07-12 | 2017-09-22 | 滨海模塑集团有限公司 | The secondary core-pulling mechanism of the cellular side riser of injection mold band |
| CN111645276A (en) * | 2020-06-09 | 2020-09-11 | 台州美途模塑有限公司 | Secondary core-pulling anti-sticking structure for oil cylinder slider product |
-
2017
- 2017-07-12 CN CN201720842586.5U patent/CN207077709U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107186973A (en) * | 2017-07-12 | 2017-09-22 | 滨海模塑集团有限公司 | The secondary core-pulling mechanism of the cellular side riser of injection mold band |
| CN111645276A (en) * | 2020-06-09 | 2020-09-11 | 台州美途模塑有限公司 | Secondary core-pulling anti-sticking structure for oil cylinder slider product |
| CN111645276B (en) * | 2020-06-09 | 2021-01-26 | 台州美途模塑有限公司 | Secondary core-pulling anti-sticking structure for oil cylinder slider product |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107186973A (en) | The secondary core-pulling mechanism of the cellular side riser of injection mold band | |
| CN206870293U (en) | Injection mold twice core pulling forced demoulding mechanism | |
| CN207077709U (en) | The secondary core-pulling mechanism of the cellular side riser of injection mold band | |
| CN103600472B (en) | Injection mold spring sliding block inclined is to core-pulling mechanism | |
| CN202129901U (en) | Oblique core-pulling mechanism of front die | |
| CN203622841U (en) | Slant core-pulling mechanism of injection mould spring sliding block | |
| CN202029332U (en) | External bracing demoulding mechanism of automobile bumper injection mould | |
| CN204773377U (en) | Oblique guide pillar hydro -cylinder of injection mold mechanism of loosing core of inclining in proper order | |
| CN203077552U (en) | Mould with ejector pin | |
| CN202388753U (en) | Mould-opening device | |
| CN202200477U (en) | Sliding core-pulling mechanism in inclined guide column at side hole of plastic shell | |
| CN213260597U (en) | Automatic ejection type die structure | |
| CN201800201U (en) | Mould realizing forced demoulding | |
| CN211221713U (en) | Half flash mould pressing structure of vertical shear type | |
| CN206870285U (en) | Lifter demoulding mechanism in injection mold | |
| CN110126213A (en) | Secondary stripper apparatus and secondary release method | |
| CN212795716U (en) | Oblique ejection die | |
| CN211763190U (en) | Injection molding sliding block for back-off plastic part | |
| CN207449000U (en) | Injection mold plastic edge inclined hole core-pulling mechanism | |
| CN102285040A (en) | Slant core pulling structure of front mould | |
| CN209063453U (en) | The quick-change mechanism of injection mold die joint inclined guide pillar | |
| CN203697418U (en) | Mechanism for floating and forcedly releasing large-sized seal retainer ring dies | |
| CN111347623A (en) | Negative pressure injection molding mold | |
| CN104228002A (en) | Lateral slide block ejection mold and method | |
| CN213618165U (en) | Automatic ejection mechanism for movable mold insert |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |