CN206357576U - A kind of Slanted ejecting device of modified double parallel guide rod - Google Patents
A kind of Slanted ejecting device of modified double parallel guide rod Download PDFInfo
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- CN206357576U CN206357576U CN201620736213.5U CN201620736213U CN206357576U CN 206357576 U CN206357576 U CN 206357576U CN 201620736213 U CN201620736213 U CN 201620736213U CN 206357576 U CN206357576 U CN 206357576U
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- slanted
- rod
- angle ejector
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Abstract
The utility model provides a kind of Slanted ejecting device of modified double parallel guide rod, belongs to technical field of mold.It solves the problem of existing service life is short.The Slanted ejecting device of this modified double parallel guide rod includes：Bottom plate；Cover half component；Dynamic model be arranged on support block and；Slanted ejecting component is arranged on bottom plate, Slanted ejecting component includes angle ejector rod and auxiliary rod, auxiliary rod is provided with slide, slide includes two installing plates, chute is offered on the madial wall of each installing plate, slide plate has been movably arranged in chute, the first hinged block is provided with auxiliary rod and the first articulated section has been convexed to form respectively in the both sides of the first hinged block, the second hinged block is fixed with the lower end of angle ejector rod and the second articulated section has been convexed to form respectively in the both sides of the second hinged block；Slanted kicking block, the upper end of the angle ejector rod protrudes upward dynamic model and is connected with slanted kicking block.The Slanted ejecting device of this modified double parallel guide rod has the advantages that simple in construction, service life is long.
Description
Technical field
The utility model belongs to technical field of mold, is related to a kind of Slanted ejecting device of modified double parallel guide rod.
Background technology
Mould is indispensable important tool in injection molding.Injection molding is to note the plastic material for heating state at a high speed
Enter in the closed die cavity in mould with required shape, treat that plastic material is cooled and solidified, open mould by the plastic cement products of solidification
Ejection, the processing method to obtain shaped article.Due to injection molding processing method have low shaping expense, short molding cycle,
The features such as forming process is simple and is easy to the plastic cement products of forming shape complexity, therefore in the application of plastic cement products application field extremely
Extensively.With continuing to develop for industry, the continuous of product is weeded out the old and bring forth the new, and its structure correspondingly becomes increasingly complex, in plastic cement products
On, more or less interior back-off structure is substantially all, the depanning of this interior back-off typically all uses oblique top depanning.
In the prior art, most of moulds due to the too small length for causing angle ejector rod of the size of Tai Gao and oblique top it is longer, make
The ejection insufficient strength of oblique top is obtained, and is easily caused the easy bending of oblique top in lifter ejection and is broken.To solve existing oblique top dress
The deficiency in structure is put, it is necessary to design a kind of Slanted ejecting device of modified double parallel guide rod reasonable in design, service life length.
The content of the invention
The purpose of this utility model is there is above mentioned problem for existing technology, it is proposed that one kind is simple in construction, use
The Slanted ejecting device of the modified double parallel guide rod of long lifespan.
The purpose of this utility model can be realized by following technical proposal：A kind of oblique top dress of modified double parallel guide rod
Put, including：
Bottom plate；
Cover half component, it is set to two groups and two groups of cover half components may be contained within bottom plate, and each cover half component includes two
Support block that is symmetrical and be arrangeding in parallel；
Dynamic model, it is arranged on support block and the lower surface of the dynamic model is born against on the upper surface of support block, in dynamic model
Upper surface offer injection die cavities for shaped article；
Slanted ejecting component, it is set to three groups and three groups of Slanted ejecting components may be contained within bottom plate, and the Slanted ejecting component includes inclining
Angle ejector rod and auxiliary rod oblique and be arranged in parallel, one end of the auxiliary rod are inserted on bottom plate, and the other end of auxiliary rod is plugged
In on dynamic model, auxiliary rod is provided with slide, the slide includes two parallel and connected installing plates, in the inner side of each installing plate
Chute is offered on wall, slide plate has been movably arranged in chute, the first hinged block is provided with auxiliary rod and first
The both sides of hinged block have convexed to form the first articulated section respectively, and two first articulated sections are articulated on two slide plates respectively, in angle ejector rod
Lower end be fixed with the second hinged block and convexed to form the second articulated section respectively in the both sides of the second hinged block, two second pivot joint
Portion is articulated on two slide plates respectively；
Slanted kicking block, the upper end of the angle ejector rod protrudes upward dynamic model and is connected with slanted kicking block, is offered on slanted kicking block solid
Determine groove, fixed block is provided with fixing groove and fixing screws are provided with fixed block, described fixing screws one end is through admittedly
Determine block and be threadedly connected on angle ejector rod.
In a kind of Slanted ejecting device of above-mentioned modified double parallel guide rod, mounting groove is offered on bottom plate and in mounting groove
Pressing plate is inside provided with, the accessory plate is inserted on pressing plate.
In a kind of Slanted ejecting device of above-mentioned modified double parallel guide rod, positioning sleeve and the oblique top are provided with dynamic model
Bar is arranged on positioning sleeve, and positioning screw corresponding with positioning sleeve is provided with dynamic model and is set between positioning screw and dynamic model
Spacer is equipped with, the lower end of the positioning sleeve is resisted against on spacer.
Compared with prior art, the utility model includes bottom plate, dynamic model and Slanted ejecting component, and Slanted ejecting component includes parallel set
The angle ejector rod and auxiliary rod put, auxiliary rod can aid in angle ejector rod to eject shaped article, reduce the stress of angle ejector rod, it is to avoid oblique top
The generation of bar clamping stagnation and bending phenomenon, improves the service life of angle ejector rod.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is part-structure schematic diagram of the present utility model.
Fig. 3 is the sectional view in Fig. 2.
Fig. 4 is the structural representation of Slanted ejecting component in the preferred embodiment of the utility model one.
In figure, 100, bottom plate；110th, support block；120th, pressing plate；200th, dynamic model；210th, injection die cavities；300th, angle ejector rod；310、
Slanted kicking block；312nd, fixed block；313rd, fixing screws；320th, the second hinged block；400th, auxiliary rod；410th, slide；411st, installing plate；
412nd, chute；413rd, slide plate；420th, the first hinged block；500th, positioning sleeve；510th, positioning screw；520th, location-plate；600th, connect
Post；700th, limiting plate；710th, spacing hole.
Embodiment
The following is specific embodiment of the utility model and with reference to accompanying drawing, further is made to the technical solution of the utility model
Description, but the utility model is not limited to these embodiments.
As shown in Figures 1 to 4, a kind of this Slanted ejecting device of modified double parallel guide rod includes bottom plate 100 and dynamic model 200,
Cover half component is provided between bottom plate 100 and dynamic model 200, the quantity of wherein cover half component is preferably two groups, two groups of cover half
Component includes two support blocks 110 that are symmetrical and be arrangeding in parallel, so that 4 support blocks 110 are located at the surrounding of bottom plate 100 respectively, in peace
During dress, the lower surface of above-mentioned dynamic model 200 is born against on the upper surface of 4 lower templates, so as to ensure that dynamic model 200 is pacified
The steadiness of dress, improves the security that the utility model is used.
Preferably, multiple connecting poles 600, the two ends difference of connecting pole 600 are provided between dynamic model 200 and bottom plate 100
It is connected with dynamic model 200 and bottom plate 100, further increasing the steadiness of both connections of dynamic model 200 and bottom plate 100.
Slanted ejecting component is provided with bottom plate 100, Slanted ejecting component includes the angle ejector rod 300 for tilting and be arrangeding in parallel and auxiliary
Bar 400, one end of auxiliary rod 400 is inserted on bottom plate 100, and the other end of auxiliary rod 400 is inserted on dynamic model 200, in auxiliary
The middle part of bar 400 has been movably arranged slide 410, and the lower end of above-mentioned angle ejector rod 300 is fixed on slide 410, angle ejector rod 300
Upper end, which protrudes upward dynamic model 200 and is fixed with slanted kicking block 310 and the slanted kicking block 310, to be located in injection die cavities 210, in work
During, angle ejector rod 300 can drive slide 410 to be moved up along auxiliary rod 400 and make the outwards ejection shaping production of slanted kicking block 310
Product, it is ensured that the utility model can outwards eject shaped article automatically, improve operating efficiency of the present utility model.
The upper end of above-mentioned angle ejector rod 300 protrudes upward dynamic model 200 and is connected with slanted kicking block 310, is opened up on slanted kicking block 310
There is fixing groove, fixed block 312 is provided with fixing groove and fixing screws 313, fixing screws are provided with fixed block 312
313 one end are through fixed block 312 and are threadedly connected on angle ejector rod 300, and the setting of fixed block 312 and fixing screws 313 ensures
The steadiness that angle ejector rod 300 is connected between the two with slanted kicking block 310, it is ensured that normal work of the present utility model
Preferably, mounting groove is offered on bottom plate 100, pressing plate 120, above-mentioned auxiliary rod 400 is provided with mounting groove
It is fixed on pressing plate 120, the setting of pressing plate 120 ensure that the steadiness that auxiliary rod 400 is installed, it is to avoid auxiliary rod 400 is being used
During there is the skew of position and influence the generation of the utility model normal work phenomenon.
Further, above-mentioned slide 410 includes two parallel and connected installing plates 411, distinguishes at the two ends of installing plate 411
The two ends for being provided with fixed strip and fixed strip are connected with two installing plates 411 respectively, it is ensured that is installed between two installing plates 411 is steady
Solidity, it is to avoid occur the generation of position shift phenomenon in use, is offered respectively on the madial wall of two installing plates 411
Chute 412, has been movably arranged slide plate 413 in two chutes 412, the first hinged block is movably set with auxiliary rod 400
420 and the first articulated section is convexed to form respectively in the both sides of the first hinged block 420, two first articulated sections are articulated in two cunnings respectively
On plate 413, the second hinged block 320 is fixed with the lower end of angle ejector rod 300 and convex shaped is distinguished in the both sides of the second hinged block 320
Into there is the second articulated section, two second articulated sections are articulated on two slide plates 413 respectively.
Angle ejector rod 300 can drive two installing plates 411 to move and make the first articulated section along auxiliary by the second hinged block 320
Bar 400 is moved, during motion, and the second hinged block 320 can be circumferentially rotated around two second articulated sections, the first hinged block
420 can circumferentially rotate around two first articulated sections, it is to avoid in the first hinged block 420 and the catching phenomenon of the second hinged block 320
Produce, it is ensured that the utility model normal work, while above-mentioned two installing plate 411 can further be protected in sliding in chute 412
The stationarity of the first hinged block 420 and the motion of the second hinged block 320 has been demonstrate,proved, operating efficiency of the present utility model is improved.
Further, it is provided with bottom plate 100 and some limiting plates 700 is provided with bottom plate 100, in each limiting plate
Spacing hole 710 corresponding with slide 410 is offered on 700, corresponding spacing hole can be passed through during slide 410 is moved
710, the setting of limiting plate 700 adds the weight of bottom plate 100, so as to improve the steadiness of the installation of bottom plate 100, it is to avoid bottom plate
100 there is the phenomenon of position skew, while the setting of spacing hole 710 ensure that the kinematic accuracy of slide 410, it is to avoid slide
There is deviation and influences generation of the utility model normally using phenomenon in 410 kinematic accuracy.
Positioning sleeve 500 is provided with dynamic model 200 and above-mentioned angle ejector rod 300 is arranged on positioning sleeve 500, angle ejector rod 300
Positioning sleeve 500 can be driven to be moved in dynamic model 200, it is to avoid angle ejector rod 300 avoids angle ejector rod 300 from rubbing and cause with dynamic model 200
The abrasion of angle ejector rod 300 simultaneously causes to influence the generation of the service life phenomenon of angle ejector rod 300, improves the use longevity of angle ejector rod 300
Life.
Offer and be provided with the locating slot for installing positioning sleeve 500, dynamic model 200 and positioning sleeve 500 on dynamic model 200
Corresponding positioning screw 510 and location-plate 520 is provided between positioning screw 510 and dynamic model 200, during the installation on
The lower end for stating positioning sleeve 500 is resisted against on the upper surface of location-plate 520, so as to define the installation site of location-plate 520, it is to avoid
Positioning sleeve 500 and the generation of the disengaging locating slot phenomenon of angle ejector rod 300, it is ensured that normal work of the present utility model.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Claims (3)
1. a kind of Slanted ejecting device of modified double parallel guide rod, including：
Bottom plate；
Cover half component, it is set to two groups and two groups of cover half components may be contained within bottom plate, and it is symmetrical that each cover half component includes two
And the support block be arrangeding in parallel；
Dynamic model, it is arranged on support block and the lower surface of the dynamic model is born against on the upper surface of support block, in the upper of dynamic model
Surface offers the injection die cavities for shaped article；
Slanted ejecting component, it is set to three groups and three groups of Slanted ejecting components may be contained within bottom plate, the Slanted ejecting component include tilt and
The angle ejector rod and auxiliary rod be arrangeding in parallel, one end of the auxiliary rod are inserted on bottom plate, and the other end of auxiliary rod is inserted in dynamic
On mould, auxiliary rod is provided with slide, the slide includes two parallel and connected installing plates, fixation is provided with a mounting board
The two ends of bar and the fixed strip are connected with two installing plates respectively, chute are offered on the madial wall of each installing plate, in cunning
Slide plate has been movably arranged in groove, the first hinged block is provided with auxiliary rod and convex shaped is distinguished in the both sides of the first hinged block
Into there is the first articulated section, two first articulated sections are articulated on two slide plates respectively, and the second hinged block is fixed with the lower end of angle ejector rod
And having convexed to form the second articulated section respectively in the both sides of the second hinged block, two second articulated sections are articulated on two slide plates respectively；
Slanted kicking block, the upper end of the angle ejector rod protrudes upward dynamic model and is connected with slanted kicking block, and fixing groove is offered on slanted kicking block,
Fixed block is provided with fixing groove and fixing screws are provided with fixed block, described fixing screws one end passes through fixed block simultaneously
It is threadedly connected on angle ejector rod.
2. the Slanted ejecting device of a kind of modified double parallel guide rod according to claim 1, it is characterised in that opened on bottom plate
Pressing plate is provided with provided with mounting groove and in mounting groove, the accessory plate is inserted on pressing plate.
3. the Slanted ejecting device of a kind of modified double parallel guide rod according to claim 2, it is characterised in that set on dynamic model
Be equipped with positioning sleeve and the angle ejector rod be arranged on positioning sleeve, be provided with dynamic model positioning screw corresponding with positioning sleeve and
Spacer is provided between positioning screw and dynamic model, the lower end of the positioning sleeve is resisted against on spacer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620736213.5U CN206357576U (en) | 2016-07-12 | 2016-07-12 | A kind of Slanted ejecting device of modified double parallel guide rod |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620736213.5U CN206357576U (en) | 2016-07-12 | 2016-07-12 | A kind of Slanted ejecting device of modified double parallel guide rod |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206357576U true CN206357576U (en) | 2017-07-28 |
Family
ID=59368933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620736213.5U Active CN206357576U (en) | 2016-07-12 | 2016-07-12 | A kind of Slanted ejecting device of modified double parallel guide rod |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206357576U (en) |
-
2016
- 2016-07-12 CN CN201620736213.5U patent/CN206357576U/en active Active
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