CN205185218U - Multistage bottle base mould runner structure - Google Patents

Multistage bottle base mould runner structure Download PDF

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Publication number
CN205185218U
CN205185218U CN201520806353.0U CN201520806353U CN205185218U CN 205185218 U CN205185218 U CN 205185218U CN 201520806353 U CN201520806353 U CN 201520806353U CN 205185218 U CN205185218 U CN 205185218U
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China
Prior art keywords
runner
level
bottle base
flow passage
base mould
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CN201520806353.0U
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Chinese (zh)
Inventor
李敏
朱秀娟
李柏青
王颖
陈开源
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Foshan Polytechnic
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Foshan Polytechnic
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Abstract

The utility model discloses a multistage bottle base mould runner structure, wherein multistage bottle base mould runner structure includes at least that the pyatyi is used for congealing the runner structure of the even reposition of redundant personnel of material: sprue, one -level subchannel, second grade subchannel, tertiary subchannel, level four subchannel and pyatyi subchannel, wherein, the one -level subchannel connect perpendicularly in the sprue, perpendicular and the symmetric connection of second grade subchannel in the both ends of one -level subchannel, tertiary subchannel symmetric connection in the second grade subchannel, level four subchannel symmetric connection in tertiary subchannel, pyatyi subchannel symmetric connection in the level four subchannel. Multistage bottle base mould runner structure is easy the realization simply, and can effectively improve the operating efficiency, has high using value.

Description

A kind of multistage bottle base mould flow passage structure
Technical field
The utility model relates to mould manufacturing field, particularly relates to a kind of multistage bottle base mould flow passage structure.
Background technology
Mould industry is the basic industries of national economy, is the key industry of generally acknowledging in the world.The height of mould production technology level is the important symbol of a measurement national product manufacture level height, and it decides the quality of product to a great extent, the development ability of benefit and new product.Along with the continuous propelling of process of industrialization, the Improvement and development of mould industry also receives the concern of people day by day.And along with China's car, the fast development of the industry such as household electrical appliances, the maximization of forming part and precise treatment require more and more higher, and mould also will maximize and precise treatment increasingly.
In mould industry, running gate system is its important component part, but existing large-scale bottle base mould Channel design structure more complicated, process more difficult, also exist by inconsistent problem cast uneven cool time caused, cause mould industry prodution and development to be restricted.
Therefore, prior art has yet to be improved and developed.
Utility model content
In view of above-mentioned the deficiencies in the prior art, the purpose of this utility model is to provide a kind of multistage bottle base mould flow passage structure, be intended to solve prior art medium-and-large-sized bottle base mould Channel design structure complicated, its processing is more difficult, and also exists by inconsistent problem cast uneven bottle base cool time caused.
The technical solution of the utility model is as follows:
A kind of multistage bottle base mould flow passage structure, wherein, described multistage bottle base mould flow passage structure at least comprises the flow passage structure of Pyatyi for solidifying material uniform divided flows: sprue, one-level runner, secondary runner, three fraction runners, level Four runner and Pyatyi runner; Wherein, described one-level runner is vertically connected at described sprue; Vertical and the symmetry of described secondary runner is connected to the two ends of described one-level runner; Described three fraction runner symmetries are connected to described secondary runner; Described level Four runner symmetry is connected to described three fraction runners; Described Pyatyi runner symmetry is connected to described level Four runner.
Described multistage bottle base mould flow passage structure, wherein, the shape of each three fraction runners is " H " shape.
Described multistage bottle base mould flow passage structure, wherein, the shape of each Pyatyi runner is " Y " shape.
Described multistage bottle base mould flow passage structure, wherein, the end of described Pyatyi runner is all connected with a die cavity.
Described multistage bottle base mould flow passage structure, wherein, described multistage bottle base mould flow passage structure includes 1 one-level runner, 2 secondary runners, 4 three fraction runners, 16 level Four runners and 32 Pyatyi runners.
Described multistage bottle base mould flow passage structure, wherein, described Pyatyi multistage bottle base mould flow passage structure includes 32 die cavities.
Described multistage bottle base mould flow passage structure, wherein, between described one-level runner and described secondary runner, between described secondary runner and described three fraction runners, between described three fraction runners and described level Four runner, between described level Four runner and described Pyatyi runner, circular sliding slopes is.
Described multistage bottle base mould flow passage structure, wherein, the cross section of described sprue, one-level runner, secondary runner, three fraction runners, level Four runner and Pyatyi runner is circle.
Beneficial effect: multistage bottle base mould flow passage structure described in the utility model, it is by arranging a sprue and multi-stage diffluence road, realizes building die cavity.Particularly, for vertical symmetry connects between its superior and the subordinate's runner, make described multistage bottle base mould flow passage structure processing simple; And adopt multi-stage diffluence road that solidifying material can be made to flow to equably in each die cavity, make product cool time consistent and can be once multiple shaping, improve the production efficiency of mould; In addition, the junction of described higher level's runner and subordinate's runner is circular sliding slopes, effectively can reduce the impulsive force of solidifying material when flowing into junction to flow path wall.Multistage bottle base mould flow passage structure described in the utility model is simple and easy to realize, and effectively can improve operating efficiency, has high using value.
Accompanying drawing explanation
Fig. 1 is the general structure schematic diagram of multistage bottle base mould flow passage structure described in the utility model.
Fig. 2 is the flow passage structure schematic diagram in multistage bottle base mould flow passage structure described in the utility model.
Fig. 3 is the classification runner structural representation in multistage bottle base mould flow passage structure described in the utility model.
Detailed description of the invention
The utility model provides a kind of multistage bottle base mould flow passage structure, for making the purpose of this utility model, technical scheme and effect clearly, clearly, further describes below to the utility model.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Figure 1, the utility model improves a kind of multistage bottle base mould flow passage structure, wherein, described multistage bottle base mould flow passage structure at least comprises the flow passage structure of Pyatyi for solidifying material uniform divided flows: sprue, one-level runner 1, secondary runner 2, three fraction runner 3, level Four runner 4 and Pyatyi runner 5; Namely a sprue and four runners are included.Wherein, described one-level runner 1 is vertically connected at described sprue; Vertical and the symmetry of described secondary runner 2 is connected to the two ends of described one-level runner 1; Described three fraction runner 3 symmetries are connected to described secondary runner 2; Described level Four runner 4 symmetry is connected to described three fraction runners 3; Described Pyatyi runner 5 symmetry is connected to described level Four runner 4, and the bottom of described Pyatyi runner 5 is also connected with a die cavity 6.In the utility model sprue and multi-stage diffluence road structure be all adopt integral molded plastic shaping, its one-shot forming, to cause solidifying stream to move situation about freely even not revealing when can reduce runner splicing owing to having gap.
It should be noted that, symmetrical connection refers to the centre that higher level's runner is connected to subordinate's runner.Particularly, the centre of each secondary runner 2 is communicated with the two ends of one-level runner 1 respectively; The two ends of the centre of each three fraction runners 3 secondary runner 2 described with are respectively communicated with; The centre of each level Four runner 4 is communicated with the two ends of three fraction runners 3 respectively; The centre of each Pyatyi runner 5 is communicated with respectively at described level Four runner 4 two ends.Further, described one-level runner 1 is vertical annexation with described secondary runner 2; Described secondary runner 2 is vertical annexation with described three fraction runners 3; Described level Four runner 4 is vertical annexation with described Pyatyi runner 5.
Preferably, as shown in Figures 2 and 3, multistage bottle base mould flow passage structure described in the utility model includes 1 one-level runner, 2 secondary runners, 4 three fraction runners, 16 level Four runners and 32 Pyatyi runners, and wherein one-level runner, secondary runner and level Four runner are rectilinear duct.In other words, one end of described sprue is connected with an one-level runner; The often end of described one-level runner is connected with a secondary runner, because an one-level runner has two ends, described always meeting together is connected with two secondary runners; The often end of described secondary runner is connected with three fraction runners, and two secondary runners have four ends, therefore always have four three fraction runners, and the shape of each three fraction runners is similar to " H " shape, and namely each three fraction runners can have four ends; The often end of described three fraction runners is connected with a level Four runner, because three fraction runners have four ends, and has four three fraction runners, therefore can be connected with 16 level Four runners; The often end of described level Four runner is connected with a Pyatyi runner, because each level Four runner has two ends, always have 16 level Four runners, therefore 32 Pyatyi runners are had, and the shape of each Pyatyi runner is similar to three claw types, namely distribute as " Y " shape, namely each Pyatyi runner has three runner mouths, each runner mouth all below is provided with a die cavity, therefore always have 96 die cavities, in other words, carry out solidifying material when building at every turn, can build 96 die cavities simultaneously, greatly improve operating efficiency.
In prior art, carry out many employings three grades of runners of building of die cavity, it can only once be built 4-16 die cavity at most.And adopt multistage bottle base mould flow passage structure described in the utility model, once can build 96 die cavities, be more than four times of prior art; And multistage bottle base mould flow passage structure processing described in the utility model is simple, reduces human cost and die cost, has high practicality and economic worth.
Preferably, between described one-level runner and described secondary runner, between described secondary runner and described three fraction runners, between described three fraction runners and described level Four runner, between described level Four runner and described Pyatyi runner, circular sliding slopes is.Because adopt multistage bottle base mould that the flowing time of solidifying material can be made long, easily result in blockage or impact flow passage structure, damage equipment.By the junction between every fraction flow passage structure and subordinate's flow passage structure all being adopted the form of circular sliding slopes in the utility model; it can relax the impulsive force of solidifying material when flowing through junction; thus protect described multistage bottle base mould flow passage structure not to be damaged; extend its service life; and runner can not be caused to block, reduce maintenance cost.
In addition, the cross section of sprue described in the utility model embodiment, one-level runner, secondary runner, three fraction runners, level Four runner and Pyatyi runner is circle.Because circular configuration smooth surface, the runner performance of solidifying material in sprue and classification runner can be made good, and under equal girth, circular area is maximum, namely can make to maximum area solidifying material pass through, complete building of die cavity.
In sum, multistage bottle base mould flow passage structure described in the utility model is by arranging a sprue and multi-stage diffluence road, realizes building die cavity.Particularly, for vertical symmetry connects between its superior and the subordinate's runner, make described multistage bottle base mould flow passage structure processing simple; And adopt multi-stage diffluence road that solidifying material can be made to flow to equably in each die cavity, make product cool time consistent and can be once multiple shaping, improve the production efficiency of mould; In addition, the junction of described higher level's runner and subordinate's runner is circular sliding slopes, effectively can reduce the impulsive force of solidifying material when flowing into junction to flow path wall.Multistage bottle base mould flow passage structure described in the utility model is simple and easy to realize, and effectively can improve operating efficiency, has high using value.
Should be understood that; application of the present utility model is not limited to above-mentioned citing; for those of ordinary skills, can be improved according to the above description or convert, all these improve and convert the protection domain that all should belong to the utility model claims.

Claims (8)

1. a multistage bottle base mould flow passage structure, it is characterized in that, described multistage bottle base mould flow passage structure at least comprises the flow passage structure of Pyatyi for solidifying material uniform divided flows: sprue, one-level runner, secondary runner, three fraction runners, level Four runner and Pyatyi runner; Wherein, described one-level runner is vertically connected at described sprue; Vertical and the symmetry of described secondary runner is connected to the two ends of described one-level runner; Described three fraction runner symmetries are connected to described secondary runner; Described level Four runner symmetry is connected to described three fraction runners; Described Pyatyi runner symmetry is connected to described level Four runner.
2. multistage bottle base mould flow passage structure according to claim 1, it is characterized in that, the end of described Pyatyi runner is all connected with a die cavity.
3. multistage bottle base mould flow passage structure according to claim 1, it is characterized in that, described multistage bottle base mould flow passage structure includes 1 one-level runner, 2 secondary runners, 4 three fraction runners, 16 level Four runners and 32 Pyatyi runners.
4. multistage bottle base mould flow passage structure according to claim 3, it is characterized in that, the shape of each three fraction runners is " H " shape.
5. multistage bottle base mould flow passage structure according to claim 4, it is characterized in that, the shape of each Pyatyi runner is " Y " shape.
6. multistage bottle base mould flow passage structure according to claim 5, it is characterized in that, described Pyatyi multistage bottle base mould flow passage structure includes 96 die cavities.
7. multistage bottle base mould flow passage structure according to claim 3, it is characterized in that, between described one-level runner and described secondary runner, between described secondary runner and described three fraction runners, between described three fraction runners and described level Four runner, between described level Four runner and described Pyatyi runner, be circular sliding slopes.
8. multistage bottle base mould flow passage structure according to claim 1, is characterized in that, the cross section of described sprue, one-level runner, secondary runner, three fraction runners, level Four runner and Pyatyi runner is circle.
CN201520806353.0U 2015-10-19 2015-10-19 Multistage bottle base mould runner structure Active CN205185218U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105150465A (en) * 2015-10-19 2015-12-16 佛山职业技术学院 Multi-grade bottle blank mold flow channel structure

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105150465A (en) * 2015-10-19 2015-12-16 佛山职业技术学院 Multi-grade bottle blank mold flow channel structure

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