CN205798393U - Metal pattern forging molding device - Google Patents
Metal pattern forging molding device Download PDFInfo
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- CN205798393U CN205798393U CN201620707637.9U CN201620707637U CN205798393U CN 205798393 U CN205798393 U CN 205798393U CN 201620707637 U CN201620707637 U CN 201620707637U CN 205798393 U CN205798393 U CN 205798393U
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- mold
- oil cylinder
- coldplate
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- table plate
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Abstract
This utility model provides a kind of metal pattern forging molding device, including forging and pressing oil cylinder, mold set up and down, being positioned at the mold of mold set, lower mold set and be positioned at the lower mold of lower mold set, lower work platen；Described upper/lower die set, upper/lower die are all located between lower work platen；Described upper table plate upper mold coldplate is arranged below, mold set is fixed on this upper mold coldplate, lower table plate be arranged above with lower mold coldplate, lower mold set is fixed on this lower mold coldplate；Being provided with second connecting rod in described upper forging and stamping oil cylinder, mold is fixed on the bottom of second connecting rod；Being provided with fourth link in lower forging and stamping oil cylinder, lower mold is fixed on the upper end of this fourth link；Being provided with air vent in the bottom that described mold overlaps, during upper/lower die matched moulds, be formed with a molding chamber between mould, during material feeding, the gas in shaping mold cavity is completely exhausted out from this air vent.The part produced has high hardness and intensity.
Description
Technical field
This utility model relates to a kind of metal pattern forging molding device, particularly to a kind of gold being arranged on stamp forging hydraulic press
Belong to die-forging forming device.
Background technology
The product that metal forming device of the prior art processes has pore, and grain size size is uneven, it is impossible to enter
Row heat treatment, product can not be applied in the machinery equipment of high intensity, it is impossible to uses at such as satellite, rocket, aircraft, automobile etc.
In high-tech machinery equipment, need the industrial parts possessing high-performance, high intensity the most especially.
Summary of the invention
For solve prior art the problems referred to above, the purpose of this utility model be to provide a kind of produce yield rate high, energy
Produce the metal forging and forming device of high intensity part.
For achieving the above object, this utility model provides a kind of metal pattern forging molding device, it include forging and pressing up and down oil cylinder,
Mold set, be positioned at mold set mold, lower mold set and be positioned at lower mold set lower mold, lower work platform
Plate；Described upper/lower die set, upper/lower die are all located between lower work platen；Described upper table plate upper mold is arranged below
Coldplate, mold set is fixed on this upper mold coldplate, lower table plate be arranged above with lower mold coldplate, lower mold set is solid
It is scheduled on this lower mold coldplate；Being provided with second connecting rod in described upper forging and stamping oil cylinder, mold is fixed on the bottom of second connecting rod；Under
Being provided with fourth link in forging and stamping oil cylinder, lower mold is fixed on the upper end of this fourth link；The bottom overlapped at described mold is provided with
Air vent, during upper/lower die matched moulds, is formed with a molding chamber between mould, during material feeding, the gas in shaping mold cavity is from this aerofluxus
Mouth is completely exhausted out.
Above-mentioned metal pattern forging molding device also includes material injecting device, and it includes liftout oil cylinder, extruding device, is coated on material extrusion
The heater of device head and feed hopper；Described lower mold puts and is provided with sprue；Described liftout oil cylinder includes fourth link
Be arranged on the material extrusion piston of fourth link head, material extrusion piston be positioned at extruding device inner chamber and in this inner chamber left and right move
Dynamic；Material injecting device is propped up support component by liftout oil cylinder and is fixed on described lower table plate, and the bottom of feed hopper is inserted in extruding device
Rear end inner chamber, extruding device head is provided with material injection nozzle, and the sprue that this material injection nozzle is inserted in lower mold set is interior to carry out material feeding.
Above-mentioned metal pattern forging molding device also includes frame, four machine guide pillars, oil cylinder installing plate, die cylinders；Described
Lower table plate is arranged in frame, is fixed in frame by four machine guide pillars, and lower table plate is positioned at the end of machine guide pillar
End；It is additionally provided with lower mold thermal insulation board, at upper table plate and upper mold coldplate between this lower table plate and lower mold coldplate
Between be additionally provided with upper mold thermal insulation board；Described die cylinder is fixed on oil cylinder installing plate, is provided with third connecting rod in die cylinder,
The bottom of third connecting rod is fixed on the upper surface of described upper table plate；Described upper table plate is positioned at oil cylinder installing plate and lower work
Make between platen and can move up and down along machine guide pillar.
Described air vent is coniform hole.
In this utility model, metal material its metallic molecule of close-packed arrays the most again, after thus making die forging
Part has raising greatly in hardness and intensity.The part produced with metal pattern forging molding device of the present utility model, table
Face is smooth and quality good, internal pore-free, grain size size fine uniform, and streamline distribution is reasonable, without disorderly streamline, eddy current with wear
Flow phenomenon, is useful in the field such as industry, Aero-Space.
Accompanying drawing explanation
Fig. 1 is the generalized section of this utility model metal pattern forging molding device；
Fig. 2 is close-up schematic view in Fig. 1, it may be assumed that forge and press oil cylinder, lower work platen, upper/lower die, upper and lower mould up and down
Tool set and material injecting device；
Fig. 3 is partial schematic diagram during this utility model die sinking.
Detailed description of the invention
As it is shown in figure 1, metal pattern forging molding device of the present utility model is connected with computer, it is adaptable to aluminium alloy, magnesium are closed
The multiple liquid metal materials such as gold carry out pouring into a mould, forging forming.This metal pattern forging molding device includes upper table plate 4, lower work
Make 11, four machine guide pillars 30 of platen, oil cylinder installing plate 3, die cylinder 1, upper forging and stamping oil cylinder 2 and lower forging and stamping oil cylinder 13, up and down
Mould set 70,80 and upper/lower die 7,8, and material injecting device 60 and frame 12.Upper/lower die set, upper/lower die are all located at upper and lower work
Make between platen 4,11.
Described lower table plate 11 is arranged in frame 12, and is fixed in frame 12 by four machine guide pillars 30, lower work
Make platen 11 and be positioned at the bottom of machine guide pillar 30.It is additionally provided with lower mold coldplate 9, in lower work on this lower table plate 11
Being provided with lower mold thermal insulation board 10 between platen 11 and lower mold coldplate 9, lower mold set 80 is fixed on described lower mold coldplate 9, under
Mould 8 is positioned at lower mold set 80.
Be additionally provided with lower forging and stamping oil cylinder 13 in described frame 12, be provided through in lower forging and stamping oil cylinder 13 lower table plate 11, under
The first connecting rod 50 of mould thermal insulation board 10 and lower mold coldplate 9, described lower mold 8 is fixed on the head of first connecting rod 50 and in lower mold
Move up and down in tool set 80.Described lower mold set 80 is provided with sprue 81, shown in Fig. 2.
Described oil cylinder installing plate 3 is fixed on the top of machine guide pillar 30, and described upper table plate 4 is positioned at oil cylinder installing plate 3
And between lower table plate 11 and can move up and down along machine guide pillar.
Described upper table plate 4 upper mold coldplate 6 is arranged below, set between upper table plate 4 and upper mold coldplate 6
It is equipped with upper mold thermal insulation board 5, is fixed with mold set 70 below upper mold coldplate 6, in mold set 70, is provided with mold 7.On
The bottom of mould set 70 is additionally provided with air vent 20, and it is coniform hole, and as shown in Figure 2 and Figure 3, during material feeding, gas is complete from air vent
Full discharge.
Described upper forging and stamping oil cylinder 2 is fixed on oil cylinder installing plate 3, is provided with second connecting rod 23 in upper forging and stamping oil cylinder 2, and second even
Bar is through upper table plate 4, upper mold thermal insulation board 5 and upper mold coldplate 6, and the bottom of second connecting rod 23 is fixed with mold 7, on
Mould 7 can move up and down in mold set 70.
Described die cylinder 1 is fixed on oil cylinder installing plate 3, is provided with third connecting rod 43 in die cylinder 1, third connecting rod
Bottom is fixed on the upper surface of described upper table plate 4.
Described material injecting device 60 include liftout oil cylinder 15, extruding device 17, be coated on extruding device 17 head add hot charging
Put 19 and feed hopper 18.Described liftout oil cylinder 15 includes fourth link 53 and is arranged on the material extrusion piston of fourth link 53 head
16, material extrusion piston 16 is positioned at the inner chamber of extruding device 17 and moves left and right in this inner chamber.
Material injecting device 60 is propped up support component 14 by liftout oil cylinder and is fixed on described lower table plate 11, the bottom of feed hopper 18
It is inserted in extruding device 17 rear end inner chamber.The head of extruding device 17 is provided with a material injection nozzle 170, sees Fig. 2, and this material injection nozzle is inserted in lower mold
To carry out material feeding in the sprue 81 of tool set 80.
During metal pattern forging molding device busy of the present utility model, first start die cylinder 1 and make it decline, work in drive
Make platen 4, upper mold thermal insulation board 5 and upper mold coldplate 6, mold set 70 and mold 7 to decline simultaneously, make upper/lower die fit
Mould, forms a shaping mold cavity between upper/lower die after matched moulds, such as Fig. 1, during matched moulds, sprue 81 is not blocked by lower mold 8, with
Time air vent 20 do not blocked by mold.Heater 19, the liquid that will scoop with robot arm (not shown) is opened after matched moulds
State metal material is poured in feed hopper 18, makes liquid metals material flow into the inner chamber of extruding device 17, restarts liftout oil cylinder 15,
Make material extrusion piston 16 extrude the liquid metal material in extruding device, and liquid metal material is injected by sprue 81 described
In shaping mold cavity between upper/lower die, along with the increase of liquid metal material, unnecessary air is discharged from air vent 20, when
Detect when air vent has a small amount of liquid metal material to overflow, close liftout oil cylinder 15 and heater 19, and open upper and lower mould
Coldplate, after cooling down a scheduled time, metal material is semisolid, now starts and forges and presses oil cylinder up and down, make second connecting rod 23 to
Mold 7 pressurizes, and makes first connecting rod 50 pressurize to lower mold 8, thus carries out die forging punching press, makes metal material weigh before curing
New its metallic molecule of close-packed arrays, thus makes the part after die forging have raising greatly in hardness and intensity.
After metal material cools down completely, close upper and lower mould coldplate, start die cylinder 1, shown in Fig. 3, make mold and
Mold set rises, and then starts lower forging and stamping oil cylinder 13 so that it is upwards ejected from lower mold is overlapped by the workpiece good by die forging, with
Complete die forging processing, restart die cylinder 1 afterwards and start the circulation of secondary die forging processing.
Claims (4)
1. a metal pattern forging molding device, it is characterised in that include forging and pressing oil cylinder (2,13), mold set (70), position up and down
In mold overlap in mold (7), lower mold set (80) and be positioned at lower mold overlap lower mold (8), lower work platen
(4、11)；Described upper/lower die set, upper/lower die are all located between lower work platen (4,11)；
Described upper table plate (4) upper mold coldplate (6) is arranged below, mold set (70) is fixed on this upper mold coldplate
(6) on, lower table plate (11) be arranged above with lower mold coldplate (9), lower mold set (80) is fixed on this lower mold coldplate (9)
On；
Being provided with second connecting rod (23) in described upper forging and stamping oil cylinder (2), mold (7) is fixed on the bottom of second connecting rod (23)；Under
Being provided with fourth link (50) in forging and stamping oil cylinder (13), lower mold (8) is fixed on the upper end of this fourth link (50)；
It is provided with air vent (20) in the bottom of described mold set (70), during upper/lower die matched moulds, between mould, is formed with a molding
Die cavity, during material feeding, the gas in shaping mold cavity is completely exhausted out from this air vent.
2. metal pattern forging molding device as claimed in claim 1, it is characterised in that also including material injecting device (60), it includes
Liftout oil cylinder (15), extruding device (17), the heater (19) being coated on extruding device head and feed hopper (18)；
Described lower mold set (80) is provided with sprue (81)；
Described liftout oil cylinder (15) includes fourth link (53) and is arranged on the material extrusion piston (16) of fourth link (53) head, squeezes
Material piston is positioned at the inner chamber of extruding device (17) and moves left and right in this inner chamber；
Material injecting device (60) is propped up support component (14) by liftout oil cylinder and is fixed on described lower table plate (11), feed hopper (18)
Bottom is inserted in extruding device (17) rear end inner chamber, and extruding device head is provided with material injection nozzle (170), and this material injection nozzle is inserted in lower mold set
Sprue (81) in carry out material feeding.
3. metal pattern forging molding device as claimed in claim 1, it is characterised in that also include that frame (12), four machines are led
Post (30), oil cylinder installing plate (3), die cylinder (1)；
Described lower table plate (11) is arranged in frame (12), is fixed in frame (12) by four machine guide pillars (30), under
Working plate is positioned at the bottom of machine guide pillar (30)；It is additionally provided with between this lower table plate (11) and lower mold coldplate (9)
Lower mold thermal insulation board (10), is additionally provided with upper mold thermal insulation board (5) between upper table plate (4) and upper mold coldplate (6)；
Described die cylinder (1) is fixed on oil cylinder installing plate (3), is provided with third connecting rod (43) in die cylinder (1), and the 3rd even
The bottom of bar is fixed on the upper surface of described upper table plate (4)；Described upper table plate (4) be positioned at oil cylinder installing plate (3) and
Between lower table plate (11) and can move up and down along machine guide pillar.
4. metal pattern forging molding device as claimed in claim 1, it is characterised in that described air vent (20) is coniform hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620707637.9U CN205798393U (en) | 2016-07-07 | 2016-07-07 | Metal pattern forging molding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620707637.9U CN205798393U (en) | 2016-07-07 | 2016-07-07 | Metal pattern forging molding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205798393U true CN205798393U (en) | 2016-12-14 |
Family
ID=58139615
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620707637.9U Active CN205798393U (en) | 2016-07-07 | 2016-07-07 | Metal pattern forging molding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205798393U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332639A (en) * | 2018-12-07 | 2019-02-15 | 蚌埠隆华压铸机有限公司 | A kind of die casting machine convenient for manufacturing accessory die |
-
2016
- 2016-07-07 CN CN201620707637.9U patent/CN205798393U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332639A (en) * | 2018-12-07 | 2019-02-15 | 蚌埠隆华压铸机有限公司 | A kind of die casting machine convenient for manufacturing accessory die |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |