CN104999083B - A kind of oblique top preparation method in special-shaped water route and oblique top - Google Patents
A kind of oblique top preparation method in special-shaped water route and oblique top Download PDFInfo
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- CN104999083B CN104999083B CN201510351482.XA CN201510351482A CN104999083B CN 104999083 B CN104999083 B CN 104999083B CN 201510351482 A CN201510351482 A CN 201510351482A CN 104999083 B CN104999083 B CN 104999083B
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Abstract
The invention discloses a kind of oblique top preparation method in special-shaped water route, which comprises the following steps：(1) the three-dimensional modeling model of injection mould and oblique top is set up by CAE assistant analysis softwares, by optimizing, obtains the three-dimensional archives of oblique top and special-shaped waterway structure；(2) material parameter is set in CAD 3D modeling software and exports three-dimensional archives；(3) the three-dimensional archives that step (2) is obtained are processed to which with hierarchy slicing software, and carries out 3D printing；(4) graphite ene coatings are set at the ejection position contacted with injection moulding plastic part of oblique top.The invention also discloses a kind of oblique top for implementing the preparation method.The present invention is designed by the water route of many suboptimization, the excellent special-shaped water route of temperature adjustment and oblique top are manufactured by 3D printing technique, is improved cooling effectiveness, the shortening molding cycle of mould or oblique top, is improved mould production efficiency, reduce moulding thermal residual strain, improve injection quality.
Description
Technical field
The present invention relates to technical field prepared by mould, and in particular to a kind of oblique top preparation method in special-shaped water route and real
Apply the oblique top of the preparation method.
Background technology
In injection moulding process, cooling procedure very important effect for Forming Quality is played, because it can directly affect
Production efficiency and internal performance and the apparent mass of injection-molded item to injection.Excellent cooling system can significantly reduce cooling
Time, shorten the injection cycle cycle, reduce product residual thermal stress and buckling deformation, and strengthen the mechanical property of product and interior
Portion, surface quality etc..If injection-molded item inhomogeneous cooling is even, thermal residual strain can be produced, so as to the shape to injection-molded item, chi
Very little and performance etc. is brought and is had a strong impact on.Research test shows that the thermal residual strain of moulding is than flowing residual stress at least
Order of magnitude greater, therefore in injection molding process, should mainly consider the influence factor of thermal residual strain.When viscoelasticity is polymerized
When thing melt is cool below glass transition temperature in the mould, uneven variable density and uneven temperature change are all
Thermal residual strain can be formed.In injection moulding process, thermal residual strain is easily produced in following 2 stages：One is that injection-molded item exists
Cooling stage in die cavity, two is the stage that injection-molded item is cooled to room temperature from calcining temperature.Therefore, to accomplish that high efficiency is given birth to
Produce, and the injection-molded item of excellent, it is necessary to temperature adjustment is carried out to mould.
In injection mold, the cooling effect of mould is related to the Functionality, quality and appealing design of the height and final injection-molded item of production efficiency
Bad, the therefore design of its cooling system is to need one of key issue of consideration in die design process.But, due at this stage
Making mold means are limited, and lack suitable cooling water channel design theory so that the design of cooling water channel and manufacture can only
It is confined under relatively simple version.Even so, mold designers are still devoted to improving the cold of cooling system all the time
But efficiency, it is proposed that the different water route form such as spiral, dividing plate point cold type and spiral plug, so that mould can be obtained in front and back
Even and effectively cool down.But, when the product high to those complex structures and prescription carries out Design of Dies, said method
Not fully effective.
Content of the invention
This invention is not enough for current art, there is provided a kind of oblique top preparation method in special-shaped water route, by many suboptimums
The water route design of change, manufactures the excellent special-shaped water route of temperature adjustment and oblique top by 3D printing technique, improves mould or oblique top
Cooling effectiveness, shortening molding cycle, improve mould production efficiency, reduce moulding thermal residual strain, improve injection quality.
The present invention also provides a kind of oblique top for implementing the preparation method.
The technical scheme that adopted for achieving the above object of the present invention is：
A kind of oblique top preparation method in special-shaped water route, it include being provided with CAD 3D modeling software, CAE assistant analysis soft
Part, hierarchy slicing software, the computer of 3D printing software and 3D printer, it is characterised in which comprises the following steps：
(1) the three-dimensional modeling model of injection mould and oblique top is set up by CAE assistant analysis softwares, selects rational injection
Molding parameter, simulation injection production process, and injection production product is compensated by the profound and negative feedbck of CAE assistant analysis softwares
Change and change the special-shaped waterway structure in oblique top in advance so that oblique top meets the cooling effect of actual injection production, so as to
Obtain the three-dimensional archives of oblique top and special-shaped waterway structure, it is ensured that product reaches requirement；
(2) oblique top in CAD 3D modeling software obtaining step (1) arranges bi-material, respectively different in oblique top
Shape waterway structure inwall arranges the copper product of the thick high heat conductions of 0.3～0.6mm, and special-shaped waterway structure is equivalent to being arranged to a wall
The thick heat-conducting copper pipe for 0.3～0.6mm, oblique top are die steel material except other positions of special-shaped waterway structure, and export oblique top
And the three-dimensional archives of special-shaped waterway structure；
(3) oblique top for obtaining step (2) and the three-dimensional archives of special-shaped waterway structure are carried out to which with hierarchy slicing software
Process, obtain the information parameter of each cross sectional shape, used as the track that laser beam carries out two-dimensional scan, the light beam sent by laser exists
Under the control of computer 3D printing software, according to the coordinate data of each layer cross section of geometrical body selectively to different materials powder
Layer is scanned, on the position of laser irradiation powder sintered together, after the completion of one layer of sintering, then powdering carries out next layer and sweeps
Sintering is retouched, new one layer is sintered together naturally with preceding layer, ultimately generate the oblique top consistent with three-dimensional archives and special-shaped water
Road；
(4) the thick high heat conduction hard stones of 0.05～0.1mm are set at the ejection position contacted with injection moulding plastic part of oblique top
Black ene coatings.
As further improving, in step (1), the operation of the profound and negative feedbck of the CAE assistant analysis software
Journey specifically includes following steps：
(11) the three-dimensional modeling model of the injection mould that has set up and oblique top is imported to CAE assistant analysis softwares, in CAE
Material and injection molding parameter are selected in assistant analysis software, initial waterway structure is set up；
(12) simulation injection production, produces the product 3D models of simulation, and the deformation of the product 3D models of prognosis modelling,
The product 3D models of simulation are compared with original product model, the difference of deformation are fed back to CAE assistant analysis softwares,
CAE assistant analysis software regenerates the waterway structure of oblique top according to the difference of deformation, obtains the three-dimensional modeling of improved oblique top
Model；
(13) simulation injection production again, obtains product model, and the deformation of the product 3D models of prognosis modelling again, counts
Calculation machine repeats above step (12) repeatedly automatically, meets the deformation requirements for setting until simulating the product for generating out, obtains
The three-dimensional modeling model of oblique top is used for Design of Dies and processing.So as to ensure to be molded the product that produces once meet product will
Ask, CAE assistant analysis technology Chiefs are to replace computer simulation original, by die trial, repair a die, advantage is to save
Resource, reduces and wastes, the Speeding up development cycle, high-quality so as to reach, efficient production requirement.
As further improving, in described step (3), according to the coordinate data of each layer cross section of geometrical body selectively
To comprising the following steps that different materials powder bed is scanned：
(31) lay mould powdered steel, on the position of laser irradiation powder sintered together, treat last layer sintering complete
Afterwards, re-laying powder carries out next layer of scanning sintering；
(32) when the information parameter for being located at the layer cross section shape only has the die steel material of oblique top, the layer need to only lay one
Secondary mould steel is powder sintered once；
When the information parameter for being located at the layer cross section shape includes the copper of the die steel material of oblique top and special-shaped waterway structure
During material, laying mould steel first is powder sintered once, subsequently, lays copper powders, then carry out after cleaning out mould powdered steel
The sintering of special-shaped waterway structure, die steel material and the copper product positioned at same layer cross section are firmly combined with；So it is repeated several times, most
Complete oblique top containing special-shaped waterway structure is obtained eventually.
Used as further improving, oblique top described in step (1) includes base connecting portion, push rod portion and the note of integrative-structure
The ejection part of modeling plastic parts contact and the Graphene layer structure of ejection part is arranged on, the oblique top also includes being arranged on described
Special-shaped waterway structure in oblique top；The water inlet and outlet of the special-shaped waterway structure are arranged on the bottom in base push rod portion,
And connect with the vertical cooling water channel in push rod portion, conformal cooling water route is provided with the ejection part.
The special-shaped waterway structure includes the cooling water channel that two groups of coolant flow directions are reversed, respectively first group cooling
Water route and second group of cooling water channel, every group of cooling water channel include being provided with main flow water route positioned at base connecting portion and push rod portion, with
And two or more tributary water route is provided with positioned at the water route of the ejection part of injection moulding plastic part contact.
The tributary water route of the ejection part positioned at the contact of injection moulding plastic part connects the main flow water route, the tributary water route
Diameter less than main flow water route diameter.
The tributary water route be conformal cooling water route, the casual cooling water channel along ejection part appearance profile arrange.
A kind of oblique top of the oblique top preparation method for implementing above-mentioned special-shaped water route, the oblique top include that the base of integrative-structure connects
Socket part, the push rod portion ejection part contacted with injection moulding plastic part and the Graphene layer structure for being arranged on ejection part, the oblique top
Also include the special-shaped waterway structure being arranged in the oblique top；
The water inlet and outlet of the special-shaped waterway structure are arranged on the bottom in base push rod portion, and with push rod portion in
Vertically cooling water channel connection, is provided with conformal cooling water route in the ejection part；
The special-shaped waterway structure is the cooling water channel that wall thickness 0.3～0.6mm copper products are made, and the oblique top is except abnormity
The solid construction that die steel material outside waterway structure is made.
The special-shaped waterway structure includes the cooling water channel that two groups of coolant flow directions are reversed, respectively first group cooling
Water route and second group of cooling water channel, every group of cooling water channel include being provided with main flow water route positioned at base connecting portion and push rod portion, with
And two or more tributary water route is provided with positioned at the water route of the ejection part of injection moulding plastic part contact.
Two or more the tributary water route positioned at ejection part connects the main flow water route, the tributary water route
Diameter less than main flow water route diameter.
Beneficial effects of the present invention：The present invention meets the oblique top of injection production by the simulation of CAE assistant analysis software, then
The result of simulation is fed back to calculating processing system, change product design data, make simulated production product out more automatically
Meet the requirement of original product, simulation replaces original die trial to change mold process repeatedly in computer CAE systems, while analysis is most preferably cold
But effect, completes the design in oblique top abnormity water route.
The special-shaped waterway structure of the present invention includes the conformal cooling water route of the vertical cooling water channel and ejection part in push rod portion,
The conformal cooling water route changes with the change of oblique top morphology.It is well known that in general injection moulding process, needing
Mould can be just made to reach stable production status through the regular hour, this is because after the plastics injection mould of melting,
There is heat transfer between contact surface in injection mold and molten plastic, meanwhile, mould carries out heat by itself to cooling water channel
Pulse conduction.Then, mold temperature rises, while by incoming for heat coolant.If cooling water channel has longer from die surface
Distance, continuous thermal pulse raises will the constant temperature of mould, the pulse heat that takes away until cooling system and melting
Plastics bring the pulse heat of mould and reach balance.If cooling water channel is nearer away from die surface, accumulate in mould or oblique top
Heat will greatly reduce, and heat is limited in the region between cooling water channel and die surface so that from mold cavity
Also shorten much to the path that cooling water channel conducts heat on surface.So, in an injection cycle, mould can just reach stable
Working condition.
The present invention also by 3D printing technique (i.e. selectively be layered sintering metal powder technology), by computer and 3D printing
Machine, powder sintered using direct metal, select and die steel material is sintered with copper product powder, burn the consistency base for coming
, up to 100%, characteristic (intensity, hardness etc.) is consistent with the metal of same material for instinct, and precision can reach 20-50 microns, and roughness can reach
5-10 microns.
The present invention arranges high heat conduction hard graphite ene coatings at the ejection position of injection moulding plastic part contact, strengthens heat conduction effect
Really.
Below in conjunction with the accompanying drawings with specific embodiment, the present invention is described in more detail.
Description of the drawings
Ramp-roof structure schematic diagrams of the Fig. 1 for the present embodiment；
Fig. 2 is section B-B result schematic diagram in Fig. 1；
Fig. 3 is C-C sections result schematic diagram in Fig. 1；
Fig. 4 is the perspective structure schematic diagram of ejection part in Fig. 1.
In figure：1. oblique top, 11. base connecting portions, 12. base push rod portions, 13. ejection parts, 14. special-shaped waterway structures,
141. conformal cooling water routes, 15. Graphene layer structures.
Specific embodiment
Embodiment 1, the oblique top preparation method in a kind of special-shaped water route provided referring to Fig. 1～4, the present embodiment, which includes pacifying
CAD 3D modeling software, CAE assistant analysis softwares, hierarchy slicing software, the computer of 3D printing software and 3D printing are housed
Machine, its are comprised the following steps：
(1) the three-dimensional modeling model of injection mould and oblique top is set up by CAE assistant analysis softwares, selects rational injection
Molding parameter, simulation injection production process, and injection production product is compensated by the profound and negative feedbck of CAE assistant analysis softwares
Change and change the special-shaped waterway structure in oblique top in advance so that oblique top meets the cooling effect of actual injection production, so as to
Obtain the three-dimensional archives of oblique top and special-shaped waterway structure, it is ensured that product reaches requirement；
(2) oblique top in CAD 3D modeling software obtaining step (1) arranges bi-material, respectively different in oblique top
Shape waterway structure inwall arranges the copper product of the thick high heat conductions of 0.3～0.6mm, and special-shaped waterway structure is equivalent to being arranged to a wall
The thick heat-conducting copper pipe for 0.3～0.6mm, oblique top are die steel material except other positions of special-shaped waterway structure, and export oblique top
And the three-dimensional archives of special-shaped waterway structure；
(3) oblique top for obtaining step (2) and the three-dimensional archives of special-shaped waterway structure are carried out to which with hierarchy slicing software
Process, obtain the information parameter of each cross sectional shape, used as the track that laser beam carries out two-dimensional scan, the light beam sent by laser exists
Under the control of computer 3D printing software, according to the coordinate data of each layer cross section of geometrical body selectively to different materials powder
Layer is scanned, on the position of laser irradiation powder sintered together, after the completion of one layer of sintering, then powdering carries out next layer and sweeps
Sintering is retouched, new one layer is sintered together naturally with preceding layer, ultimately generate the oblique top consistent with three-dimensional archives and special-shaped water
Road；
(4) the thick high heat conduction hard stones of 0.05～0.1mm are set at the ejection position contacted with injection moulding plastic part of oblique top
Black ene coatings.
In step (1), the running of the profound and negative feedbck of the CAE assistant analysis software specifically includes following step
Suddenly：
(11) the three-dimensional modeling model of the injection mould that has set up and oblique top is imported to CAE assistant analysis softwares, in CAE
Material and injection molding parameter are selected in assistant analysis software, initial waterway structure is set up；
(12) simulation injection production, produces the product 3D models of simulation, and the deformation of the product 3D models of prognosis modelling,
The product 3D models of simulation are compared with original product model, the difference of deformation are fed back to CAE assistant analysis softwares,
CAE assistant analysis software regenerates the waterway structure of oblique top according to the difference of deformation, obtains the three-dimensional modeling of improved oblique top
Model；
(13) simulation injection production again, obtains product model, and the deformation of the product 3D models of prognosis modelling again, counts
Calculation machine repeats above step (12) repeatedly automatically, meets the deformation requirements for setting until simulating the product for generating out, obtains
The three-dimensional modeling model of oblique top is used for Design of Dies and processing.So as to ensure to be molded the product that produces once meet product will
Ask, CAE assistant analysis technology Chiefs are to replace computer simulation original, by die trial, repair a die, advantage is to save
Resource, reduces and wastes, the Speeding up development cycle, high-quality so as to reach, efficient production requirement.
In described step (3), according to the coordinate data of each layer cross section of geometrical body selectively to different materials powder
What layer was scanned comprises the following steps that：
(31) lay mould powdered steel, on the position of laser irradiation powder sintered together, treat last layer sintering complete
Afterwards, re-laying powder carries out next layer of scanning sintering；
(32) when the information parameter for being located at the layer cross section shape only has the die steel material of oblique top, the layer need to only lay one
Secondary mould steel is powder sintered once；
When the information parameter for being located at the layer cross section shape includes the copper of the die steel material of oblique top and special-shaped waterway structure
During material, laying mould steel first is powder sintered once, subsequently, lays copper powders, then carry out after cleaning out mould powdered steel
The sintering of special-shaped waterway structure, die steel material and the copper product positioned at same layer cross section are firmly combined with；So it is repeated several times, most
Complete oblique top containing special-shaped waterway structure is obtained eventually.
Oblique top 1 described in step (1) includes the base connecting portion 11 of integrative-structure, base push rod portion 12 and injection moulding plastic
The ejection part of part contact and the Graphene layer structure 15 of ejection part 13 is arranged on, the oblique top 1 also includes being arranged on described
Special-shaped waterway structure in oblique top 1；The water inlet and outlet of the special-shaped waterway structure is arranged under base push rod portion 12
Portion, and connect with the vertical cooling water channel in base push rod portion 12, conformal cooling water route 141 is provided with the ejection part 13.
The present embodiment also provides a kind of oblique top of the oblique top preparation method in special-shaped water route, and the oblique top includes integrative-structure
Base connecting portion 11,12 ejection part 13 contacted with injection moulding plastic part of base push rod portion and the graphite for being arranged on ejection part 13
Alkene layer structure 15, the oblique top 1 also include the special-shaped waterway structure 14 being arranged in the oblique top；
The water inlet and outlet of the special-shaped waterway structure 14 are arranged on the bottom in base push rod portion 12, and push away with base
Vertical cooling water channel connection in bar portion 12, is provided with conformal cooling water route 141 in the ejection part 13.
The conformal cooling water route 141 that the special-shaped waterway structure is made for wall thickness 0.3～0.6mm copper products, the oblique top
It is solid construction that the die steel material in addition to special-shaped waterway structure is made.
The present invention meets the oblique top of injection production by the simulation of CAE assistant analysis software, then by the result feedback of simulation
To processing system is calculated, change product design data, make simulated production product out more conform to the requirement of original product automatically,
In computer CAE systems, simulation replaces original die trial to change mold process repeatedly, while the optimal cooling effect of analysis, completes oblique top different
The design in shape water route.
The present invention special-shaped waterway structure include vertical cooling water channel and conformal cooling water route, the conformal cooling water route with
The change of oblique top morphology and change.It is well known that in general injection moulding process, needing through the regular hour
Mould can be just made to reach stable production status, this is because after the plastics injection mould of melting, injection mold is moulded with melting
There is heat transfer between contact surface in material, meanwhile, mould carries out thermal pulse conduction by itself to cooling water channel.Then, mould
Tool temperature rises, while by incoming for heat coolant.If cooling water channel has with a distance from longer from die surface, continuous hot arteries and veins
Punching raises will the constant temperature of mould, and the pulse heat and molten plastic taken away until cooling system bring the pulse of mould
Heat reaches balance.If cooling water channel is nearer away from die surface, the heat accumulated in mould or oblique top will greatly reduce,
And heat is limited in the region between cooling water channel and die surface so that conduct heat from mold cavity surface to cooling water channel
Also shorten much in the path of amount.So, in an injection cycle, mould can just reach stable working condition.
The present invention also by 3D printing technique (i.e. selectively be layered sintering metal powder technology), by computer and 3D printing
Machine, powder sintered using direct metal, select and die steel material is sintered with copper product powder, burn the consistency base for coming
, up to 100%, characteristic (intensity, hardness etc.) is consistent with the metal of same material for instinct, and precision can reach 20-50 microns, and roughness can reach
5-10 microns.
The present invention strengthens heat conduction effect in 13 setting high heat conduction hard graphite ene coatings of ejection part of injection moulding plastic part contact
Really.
Embodiment 2, the present embodiment is substantially same as Example 1, and its difference is, the special-shaped waterway structure includes
The cooling water channel that two groups of coolant flow directions are reversed, respectively first group cooling water channel and second group of cooling water channel, per group cold
But water route includes being provided with main flow water route, and the top positioned at the contact of injection moulding plastic part positioned at base connecting portion and base push rod portion
The water route for going out portion is provided with two or more tributary water route, and two groups of tributary water route is arranged in a crossed manner, strengthens heat-conducting effect.
Two or more the tributary water route positioned at ejection part connects the main flow water route, the tributary water route
Diameter less than main flow water route diameter.
The tributary water route be conformal cooling water route, the casual cooling water channel along ejection part appearance profile arrange.
The present invention is not limited to above-mentioned embodiment, using or approximation method identical with the above embodiment of the present invention or knot
Structure, obtained from other special-shaped water routes oblique top preparation method and oblique top, within protection scope of the present invention.
Claims (9)
1. a kind of oblique top preparation method in special-shaped water route, it include being provided with CAD 3D modeling software, CAE assistant analysis softwares,
Hierarchy slicing software, the computer of 3D printing software and 3D printer, it is characterised in which comprises the following steps：
(1) the three-dimensional modeling model of injection mould and oblique top is set up by CAE assistant analysis softwares, selects injection molding parameter,
Simulation injection production process, and compensated by the profound and negative feedbck of CAE assistant analysis softwares injection production product change and
Special-shaped waterway structure oblique top in is changed in advance so that oblique top meets the cooling effect of actual injection production, so as to obtain oblique top
And the three-dimensional archives of special-shaped waterway structure；
(2) oblique top in CAD 3D modeling software obtaining step (1) arranges bi-material, special-shaped water respectively in oblique top
Line structure inwall arranges the copper product of the thick high heat conductions of 0.3～0.6mm, and oblique top is mould except other positions of special-shaped waterway structure
Steel material, and export the three-dimensional archives of oblique top and special-shaped waterway structure；
(3) oblique top for obtaining step (2) and the three-dimensional archives of special-shaped waterway structure are processed to which with hierarchy slicing software,
The information parameter of each cross sectional shape is obtained, used as the track that laser beam carries out two-dimensional scan, the light beam sent by laser is being calculated
Under the control of machine 3D printing software, the coordinate data according to each layer cross section of geometrical body is selectively entered to different materials powder bed
Row scanning, on the position of laser irradiation powder sintered together, one layer sintering after the completion of, then powdering carry out next layer scanning burn
Knot, new one layer are sintered together naturally with preceding layer, ultimately generate the oblique top consistent with three-dimensional archives and special-shaped water route；
(4) the thick high heat conduction hard Graphenes of 0.05～0.1mm are set at the ejection position contacted with injection moulding plastic part of oblique top
Coating.
2. the oblique top preparation method in special-shaped water route according to claim 1, it is characterised in that in step (1), described
The running of the profound and negative feedbck of CAE assistant analysis softwares specifically includes following steps：
(11) the three-dimensional modeling model of the injection mould that has set up and oblique top is imported to CAE assistant analysis softwares, is aided in CAE
Material and injection molding parameter are selected in analysis software, initial waterway structure is set up；
(12) simulation injection production, produces the product 3D models of simulation, and the deformation of the product 3D models of prognosis modelling,
The product 3D models of simulation are compared with original product model, the difference of deformation is fed back to CAE assistant analysis softwares, CAE
Assistant analysis software regenerates the waterway structure of oblique top according to the difference of deformation, obtains the three-dimensional modeling mould of improved oblique top
Type；
(13) simulation injection production again, obtains product model, and the deformation of the product 3D models of prognosis modelling, computer again
Automatically repeat above step (12) repeatedly, the deformation requirements for setting, the oblique top for obtaining is met until simulating the product for generating out
Three-dimensional modeling model be used for Design of Dies and processing.
3. the oblique top preparation method in special-shaped water route according to claim 2, it is characterised in that in described step (3), root
Coordinate data according to each layer cross section of geometrical body is selectively to comprising the following steps that different materials powder bed is scanned：
(31) lay mould powdered steel, on the position of laser irradiation powder sintered together, treat last layer sintering after the completion of, then
Laying powder carries out next layer of scanning sintering；
(32) when the information parameter for being located at the layer cross section shape only has the die steel material of oblique top, the layer need to only lay a mould
Tool powdered steel is sintered once；
When the information parameter for being located at the layer cross section shape includes the copper product of the die steel material of oblique top and special-shaped waterway structure
When, laying mould steel first is powder sintered once, subsequently, lays copper powders, then carry out abnormity after cleaning out mould powdered steel
The sintering of waterway structure；So it is repeated several times, finally gives the complete oblique top containing special-shaped waterway structure.
4. the oblique top preparation method in special-shaped water route according to claim 1, it is characterised in that oblique top described in step (1)
Ejection part and be arranged on ejection part that base connecting portion, base push rod portion including integrative-structure is contacted with injection moulding plastic part
Graphene layer structure, the oblique top also includes the special-shaped waterway structure being arranged in the oblique top；The special-shaped water route knot
The water inlet and outlet of structure are arranged on the bottom in base push rod portion, and connect with the vertical cooling water channel in base push rod portion,
Conformal cooling water route is provided with the ejection part.
5. the oblique top preparation method in special-shaped water route according to claim 4, it is characterised in that the special-shaped waterway structure bag
The cooling water channel that two groups of coolant flow directions are reversed, respectively first group cooling water channel and second group of cooling water channel is included, per group
Cooling water channel includes the main flow water route being provided with positioned at base connecting portion and base push rod portion, and contacts positioned at injection moulding plastic part
Ejection part water route the tributary water route for being provided with two or more.
6. the oblique top preparation method in special-shaped water route according to claim 5, it is characterised in that described positioned at injection moulding plastic part
The tributary water route of the ejection part of contact connects the main flow water route, and the diameter in the tributary water route is less than the diameter in main flow water route.
7. the oblique top preparation method in special-shaped water route according to claim 6, it is characterised in that the tributary water route is profile-followed
Cooling water channel, the conformal cooling water route are arranged along the appearance profile of ejection part.
8. a kind of oblique top for implementing one of claim 1 to 7 oblique top preparation method in the special-shaped water route, it is characterised in that institute
State ejection part and be arranged on that oblique top includes that the base connecting portion of integrative-structure, base push rod portion contacted with injection moulding plastic part
The Graphene layer structure of ejection part, the oblique top also include the special-shaped waterway structure being arranged in the oblique top；
The water inlet and outlet of the special-shaped waterway structure are arranged on the bottom in base push rod portion, and with base push rod portion in
Vertically cooling water channel connection, is provided with conformal cooling water route in the ejection part；
The special-shaped waterway structure is the cooling water channel that wall thickness 0.3～0.6mm copper products are made, and the oblique top is except special-shaped water route
The solid construction that die steel material outside structure is made；
The special-shaped waterway structure includes the cooling water channel that two groups of coolant flow directions are reversed, respectively first group cooling water channel
And second group of cooling water channel, every group of cooling water channel include the main flow water route being provided with positioned at base connecting portion and base push rod portion,
And the tributary water route for being provided with two or more in the water route of the ejection part contacted positioned at injection moulding plastic part.
9. oblique top according to claim 8, it is characterised in that two or more the tributary positioned at ejection part
Water route connects the main flow water route, and the diameter in the tributary water route is less than the diameter in main flow water route.
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