CN208099294U - Actuator die casting for shell mold - Google Patents
Actuator die casting for shell mold Download PDFInfo
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- CN208099294U CN208099294U CN201820322882.7U CN201820322882U CN208099294U CN 208099294 U CN208099294 U CN 208099294U CN 201820322882 U CN201820322882 U CN 201820322882U CN 208099294 U CN208099294 U CN 208099294U
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- day
- dynamic model
- cover half
- plate
- die casting
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Abstract
The utility model discloses actuator die casting for shell molds,Including device noumenon,Inverse operations side slide is connected on the right side of described device body bottom portion,And inverse operations sideslip block pressur plate has been connected by screw on the right side of inverse operations side slide,Lower section is fixedly connected with dynamic model on the left of the inverse operations sideslip block pressur plate,And middle insertion is provided with insert at the top of dynamic model,Operation side slide is connected on the left of the insert,And operation side slide left bottom is fixedly connected with fore side slider plate,Center is welded with spreader below the dynamic model,This kind of actuator die casting for shell mold,The actuator die casting for shell elongated place of mold dynamic model rapid wear is equipped with insert,When dynamic model and cover half molding die casting are completed,Inverse operations side slide need to first be twitched,It can dynamic model and cover half die sinking,Thus casting heavy wall heat knot is reduced,Precasting aperture,It avoids casting key position and the phenomenon that shrinkage cavity occurs,Avoid result in the bad phenomenon of processing only.
Description
Technical field
The utility model relates to die casting technical fields, specially actuator die casting for shell mold.
Background technique
Compression casting is since 1940's comes out, as a kind of metal parts close to the precision of final form size
Processing technology develops in the ascendant.Die casting equipment and its control, die-casting process and in terms of constantly obtain it is new
Progress.Market needs mass production complex thin-wall and beautiful metal parts simultaneously, meets current auto industry, telecommunications
With the industries such as household electrical appliance, toy to die casting increasingly higher demands.But since some intrinsic problems of die casting do not obtain
It thoroughly solves, the potential of alloy is not fully exerted.Die-Casting Industry is also faced with the technology of further increasing and management level to guarantee
The high quality of casting and the task of low cost,
But existing actuator die casting for shell mold, parting is unreasonable, and the deformation of press casting procedure profiled part easy damaged easily goes out
It is now thickened every skin, casting dimension is overproof, simultaneously because the defect of die casting producer die casting equipment oil piping system, easily causes casting quality
Unstability, and easily there is the phenomenon that burr, overlap in die casting surface, and with the increase of die casting number, cast(ing) surface is also
It will appear hollow position.
So how to design actuator die casting for shell mold, becoming us will currently be solved the problems, such as.
Utility model content
The purpose of this utility model is to provide actuator die casting for shell molds, to solve to propose in above-mentioned background technique to divide
Type is unreasonable, and thickening every skin easily occurs in the deformation of press casting procedure profiled part easy damaged, and casting dimension is overproof, simultaneously because die casting
The defect of producer's die casting equipment oil piping system, the problem of easily causing the unstability of casting quality.
To achieve the above object, the utility model provides the following technical solutions：Actuator die casting for shell mold, including device
Ontology, described device body bottom portion right side are connected with inverse operations side slide, and pass through screw on the right side of inverse operations side slide and connect
It is connected to inverse operations sideslip block pressur plate, lower section is fixedly connected with dynamic model on the left of the inverse operations sideslip block pressur plate, and at the top of dynamic model just
Centre insertion is provided with insert, operation side slide is connected on the left of the insert, and operate on the left of side slide
Bottom is fixedly connected with fore side slider plate, and center is welded with spreader below the dynamic model, and fixed company on the right side of spreader
Be connected to release link, the socket of described device ontology four side edge is provided with guide sleeve, and inverse operations side slide top right side be equipped with it is dynamic
Mould side exhaustion plate, exhaustion plate left side in the dynamic model side is fixedly connected with a day side slide, and day side slide upper center is equipped with day
Sideslip block pressur plate, day sideslip block pressur plate top center are provided with a day side cylinder coupling sleeve, and day side cylinder coupling sleeve two
Side edge is fixedly connected with dynamic model side water collector, is welded with a day side cylinder fixed plate, and day at the top of the day side cylinder coupling sleeve
Side cylinder fixed plate top is fixedly connected with a day side cylinder, and middle is connected with a day lateral confinement position on the outside of the day side cylinder
Switching device, and device noumenon has been connected by screw to cover half, the cover half top left side insertion is provided with cover half exhaustion plate, and
Cover half top is equipped with cover half side water collector, and cover half side browser at the bottom of the catchment is welded with a day side latch segment.
Further, the day sideslip block pressur plate is in " bulk ", and four side opening of day sideslip block pressur plate has circular hole, institute
Day sideslip block pressur plate is stated to be fixedly connected with day side slide.
Further, the day side cylinder coupling sleeve is in " cylindric ", and the day side cylinder coupling sleeve surface aperture has
Groove, the day side cylinder coupling sleeve and day sideslip block pressur plate are socketed.
Further, dynamic model side exhaustion plate is in " bulk ", and dynamic model side exhaustion plate is with a thickness of 3cm, described dynamic
Mould side exhaustion plate is connected by screw to inverse operations side slide.
Further, cover half side water collector is in " cylindric ", and is equipped with water tank on the inside of the water collector of the cover half side,
Cover half side water collector is fixedly connected with cover half.
Compared with prior art, the utility model has the beneficial effects that：This kind of actuator die casting for shell mold, actuator shell
The body elongated place of die casting dynamic model rapid wear, which is equipped with insert, need to first twitch inverse operations when dynamic model and cover half molding die casting are completed
Side slide, can dynamic model and cover half die sinking, thus reduce casting heavy wall heat knot, precasting aperture avoids casting key position and goes out
The phenomenon that existing shrinkage cavity, avoids result in the bad phenomenon of processing only, guarantees size, the wall thickness, position of actuator die casting for shell part
Degree, concentricity, and existing actuator die casting for shell mould structure is reasonably distributed, and can be according to different casting sizes according to casting
Drawing size on part carries out internal regulation, occurs burr, overlap in order to prevent, needs to increase its hardness performance, now use
Stainless steel material not only increases its hardness, moreover it is possible to prevent surface oxidisation, pass through dynamic model side water collector and cover half side water collector
It is cooling, internal structure temperature can be prevented excessively high, avoid and the case where burr, overlap occur, and the setting of cover half exhaustion plate, it can
The gas in the intracavitary portion of type is quickly discharged, the case where type cavity gas can not arranged can be avoided, prevent cast(ing) surface from occurring hollow
Position improves the quality of production of casting.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the cover half exhaustion plate partial structural diagram of the utility model；
In figure：1- device noumenon；2- guide sleeve；3- release link；4- spreader；5- dynamic model；6- insert；7- operation is breakked away
Block；8- operates side slide pressing plate；9- days side slides；10- days sideslip block pressur plates；11- days side cylinder coupling sleeves；12- days side cylinders
Fixed plate；13- days side cylinders；14- inverse operations side slide；15- inverse operations sideslip block pressur plate；16- days side limit switch devices；
17- dynamic model side water collector；18- dynamic model side exhaustion plate；19- cover half；20- cover half exhaustion plate；21- days side latch segments；22- cover half side
Water collector.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
The utility model provides a kind of technical solution referring to FIG. 1-2,：Actuator die casting for shell mold, including device sheet
Body 1,1 bottom right of described device ontology is connected with inverse operations side slide 14, and passes through spiral shell on the right side of inverse operations side slide 14
Nail is connected with inverse operations sideslip block pressur plate 15, and the 15 left side lower section of inverse operations sideslip block pressur plate is fixedly connected with dynamic model 5, and dynamic
The insertion of 5 top middle of mould is provided with insert 6, operation side slide 7 is connected on the left of the insert 6, and grasp
To make 7 left bottom of side slide and is fixedly connected with fore side slider plate 8, the 5 lower section center of dynamic model is welded with spreader 4, and
Release link 3 is fixedly connected on the right side of spreader 4, the socket of 1 four side edge of described device ontology is provided with guide sleeve 2, and inverse operations side
14 top right side of sliding block is equipped with dynamic model side exhaustion plate 18, is fixedly connected with day side slide 9 on the left of dynamic model side exhaustion plate 18,
And side slide 9 upper center in day is equipped with day sideslip block pressur plate 10, the 10 top center of day sideslip block pressur plate is provided with day
Side cylinder coupling sleeve 11, and side cylinder coupling sleeve 11 both sides of the edge in day are fixedly connected with dynamic model side water collector 17, the day side oil
A day side cylinder fixed plate 12 is welded at the top of cylinder coupling sleeve 11, and side cylinder fixed plate 12 top in day is fixedly connected with day side oil
Cylinder 13, the 13 outside middle of day side cylinder is connected with a day side limit switch device 16, and device noumenon 1 passes through screw
It is connected with cover half 19,19 top left side of the cover half insertion is provided with cover half exhaustion plate 20, and 19 top of cover half is equipped with and determines
Mould side water collector 22,22 bottom of cover half side water collector are welded with a day side latch segment 21.
Further, the day sideslip block pressur plate 10 is in " bulk ", and 10 4 side opening of day sideslip block pressur plate has circle
Hole, the day sideslip block pressur plate 10 are fixedly connected with day side slide 9, the long-term production of device noumenon 1, and day sideslip block pressur plate 10 holds
It easily gets rusty, causes day side slide 9 that can not move, casting is caused to be unable to complete production, and the use of day sideslip block pressur plate 10 is stainless
Steel material, antioxygenic property is extremely stable, can guarantee 10 smoothness of the surface of day sideslip block pressur plate, can guarantee casting just
Often production.
Further, the day side cylinder coupling sleeve 11 is in " cylindric ", and 11 surface of day side cylinder coupling sleeve is opened
Hole is fluted, and the day side cylinder coupling sleeve 11 is socketed with day sideslip block pressur plate 10, and vibration is too big when device noumenon 1 works, with
Generate number increase, the stability of day side cylinder 13 is bad, be easy be detached from from device noumenon 1, and day side cylinder join
Female connector 11 can then reinforce the stability of day side cylinder 13 Yu device noumenon 1, and day side cylinder 13 is prevented to be detached from from device noumenon 1.
Further, dynamic model side exhaustion plate 18 is in " bulk ", and dynamic model side exhaustion plate 18 is with a thickness of 3cm, institute
Dynamic model side exhaustion plate 18 is stated to be connected by screw to inverse operations side slide 14, since metal liquid temperature is excessively high, 5 internal junction of dynamic model
Structure is easy to damage because of high temperature, and dynamic model side exhaustion plate 18 can further strengthen the discharge to internal heat, prevent internal temperature
It spends high and damages structure.
Further, cover half side water collector 22 is in " cylindric ", and is equipped on the inside of cover half side water collector 22
Water tank, cover half side water collector 22 are fixedly connected with cover half 19, with the increase of castings production number, cover half side water collector 22
The case where being easy to appear leak, existing cover half side water collector 22 use the material of crystal glass, and the material preventing water leakage performance is good,
It avoids and the case where leak occurs.
Working principle：Firstly, device noumenon 1 enters in runner mouth in use, first pouring into appropriate metal liquid, in order to prevent
Metal liquid drawing velocity is too fast and damages 1 internal structure of device noumenon, and spreader 4 plays buffering using the shunting point at top
The effect of drawing velocity, reduces stamping pressure, and it is too fast and damage internal structure to avoid metal liquid drawing velocity, dynamic model edge
Part 6 can fill the gap on dynamic model 5, increase the airtight performance of device noumenon 1, moreover it is possible to reinforce consolidating for dynamic model 5 and device noumenon 1
It is set for using, the movement of inner casts is moved by operation side slide 7, day side slide 9 and inverse operations side slide 14, in day
It has been additionally provided with day side cylinder coupling sleeve 11 and day side cylinder fixed plate 12 by side cylinder 13, has played the role of connection and fixation, by
Excessively high in metal liquid, 1 internal temperature of device noumenon is excessively high, and dynamic model side exhaustion plate 18 has been equipped on dynamic model 5 and cover half 19
With cover half exhaustion plate 20, the discharge of internal heat is accelerated, prevents internal temperature excessively high and leads to 1 internal structure of device noumenon
Damage carries out accelerating cooling effect by dynamic model water collector 17 and cover half side water collector 22, so to accelerate the cooling of casting
Afterwards after casting solidification, casting is taken out, painting is coated, and casting just completes.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (5)
1. actuator die casting for shell mold, including device noumenon (1), it is characterised in that：Described device ontology (1) bottom right is living
It is dynamic to be connected with inverse operations side slide (14), and inverse operations sideslip block pressur plate has been connected by screw on the right side of inverse operations side slide (14)
(15), lower section is fixedly connected with dynamic model (5) on the left of the inverse operations sideslip block pressur plate (15), and middle is embedding at the top of dynamic model (5)
Enter to be provided with insert (6), operation side slide (7) is connected on the left of the insert (6), and operate side slide
(7) left bottom is fixedly connected with fore side slider plate (8), and center is welded with spreader (4) below the dynamic model (5), and
It being fixedly connected with release link (3) on the right side of spreader (4), the socket of described device ontology (1) four side edge is provided with guide sleeve (2), and
Inverse operations side slide (14) top right side is equipped with dynamic model side exhaustion plate (18), fixed company on the left of dynamic model side exhaustion plate (18)
It is connected to a day side slide (9), and day side slide (9) upper center is equipped with day sideslip block pressur plate (10), the day sideslip block pressur plate
(10) top center is provided with a day side cylinder coupling sleeve (11), and day side cylinder coupling sleeve (11) both sides of the edge are fixedly connected with
Dynamic model side water collector (17), day side cylinder coupling sleeve (11) top are welded with a day side cylinder fixed plate (12), and day side oil
Cylinder fixed plate (12) top is fixedly connected with a day side cylinder (13), and middle is connected on the outside of the day side cylinder (13)
Its side limit switch device (16), and device noumenon (1) has been connected by screw to cover half (19), cover half (19) top left side
Insertion is provided with cover half exhaustion plate (20), and cover half (19) top is equipped with cover half side water collector (22), cover half side collection
Hydrophone (22) bottom is welded with a day side latch segment (21).
2. actuator die casting for shell mold according to claim 1, it is characterised in that：The day sideslip block pressur plate (10) is in
" bulk ", and (10) four side opening of day sideslip block pressur plate has a circular hole, the day sideslip block pressur plate (10) and day side slide (9)
It is fixedly connected.
3. actuator die casting for shell mold according to claim 1, it is characterised in that：The day side cylinder coupling sleeve (11)
In " cylindric ", and day side cylinder coupling sleeve (11) the surface aperture is fluted, the day side cylinder coupling sleeve (11) and day
Sideslip block pressur plate (10) socket.
4. actuator die casting for shell mold according to claim 1, it is characterised in that：Dynamic model side exhaustion plate (18) is in
" bulk ", and dynamic model side exhaustion plate (18) is with a thickness of 3cm, dynamic model side exhaustion plate (18) and inverse operations side slide (14)
It is connected by screw to.
5. actuator die casting for shell mold according to claim 1, it is characterised in that：Cover half side water collector (22) is in
" cylindric ", and water tank is installed on the inside of cover half side water collector (22), cover half side water collector (22) and cover half (19)
It is fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820322882.7U CN208099294U (en) | 2018-03-02 | 2018-03-02 | Actuator die casting for shell mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820322882.7U CN208099294U (en) | 2018-03-02 | 2018-03-02 | Actuator die casting for shell mold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208099294U true CN208099294U (en) | 2018-11-16 |
Family
ID=64126913
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820322882.7U Expired - Fee Related CN208099294U (en) | 2018-03-02 | 2018-03-02 | Actuator die casting for shell mold |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208099294U (en) |
-
2018
- 2018-03-02 CN CN201820322882.7U patent/CN208099294U/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: 20181116 Termination date: 20210302 |