CN204487947U - A kind of double color mould of interior rotating core - Google Patents
A kind of double color mould of interior rotating core Download PDFInfo
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- CN204487947U CN204487947U CN201520112638.4U CN201520112638U CN204487947U CN 204487947 U CN204487947 U CN 204487947U CN 201520112638 U CN201520112638 U CN 201520112638U CN 204487947 U CN204487947 U CN 204487947U
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Abstract
The utility model provides a kind of double color mould of interior rotating core, comprises cover half (01), dynamic model (02), ebonite die cavity (1), flexible glue die cavity (2), rotating core (3), rotating mechanism (4), ejecting mechanism (5).The utility model adopts and arranges ebonite die cavity and flexible glue die cavity at cover half place, at dynamic model place, rotating core, rotating mechanism and ejecting mechanism are set, two ends of rotating core are respectively equipped with the structure A core identical with shape and B core, during work, first, A core is injection mo(u)lding ebonite semi-finished product in ebonite die cavity, and B core wouldn't injection moulding in flexible glue die cavity; Afterwards, rotating core is ejected by tail top, rotates 180 °, again matched moulds by rotating mechanism; A core carries ebonite semi-finished product and proceeds in flexible glue die cavity and carry out the shaping hard flexible glue combination product of flexible glue composite injection molding, and B core proceeds to injection mo(u)lding ebonite semi-finished product in ebonite die cavity, die sinking again, and hard flexible glue combination product is ejected A core by ejecting mechanism; Afterwards, rotating core is ejected rotation again, and A core and B core exchange the technical scheme of die cavity again, makes two-Color part that the general machine of the bitubular can be utilized to produce, reaches the object reducing costs, raise the efficiency.
Description
Technical field
The utility model relates to a kind of double-material injection-molding mould, specifically refers to the double color mould of a kind of interior rotating core for extra quality composite injection molding shaping double-material injection-molding goods.
Background technology
Double-material injection-molding mould is by rigid plastics and flexible plastic through double-material injection-molding machine, extra quality composite injection molding is shaped to the injection mold of extra quality composite injection molding goods, usually, double-material injection-molding mould is also called double color mould, extra quality composite injection molding is shaping is called dual-color forming, and extra quality composite injection molding goods are called two-Color part; Double-material injection-molding machine is called for short double-colored machine, for being provided with rigid plastics and flexible plastic two injection moulding barrels, and is provided with the injection moulding machine of rotary moveable workbench; Prior art double color mould adopts double-colored machine injection mo(u)lding two-Color part, during application, the cover half of double color mould is contained in the stationary work-table place of double-colored machine, the dynamic model of double color mould is fixed on the rotary moveable workbench place of double-colored machine, during work, rotary moveable workbench carries whole dynamic model and rotates 180 ° and carry out extra quality conversion injection moulding; Because double-colored machine is expensive, operating cost is high, and rotary moveable workbench carries whole dynamic model rotary speed slowly, and efficiency is low, and therefore, prior art exists high, the inefficient problems and shortcomings of cost.
Summary of the invention
For above-mentioned prior art Problems existing with not enough, the utility model adopts the device be made up of ebonite die cavity, flexible glue die cavity, rotating core, rotating mechanism, ejecting mechanism, wherein, ebonite die cavity and flexible glue die cavity are arranged on the cover half place of mould, rotating core, rotating mechanism and ejecting mechanism are arranged on the dynamic model place of mould, two ends of rotating core are provided with the structure A core identical with shape and B core, rotating mechanism is made up of gear, tooth bar, rotary oil cylinder and rotating shaft, and ejecting mechanism is made up of top board, push rod and ejection cylinder, during application, without the need to double-colored machine, also without the need to rotary moveable workbench, the barrel that common injection machine installs additional an injection flexible plastic is in addition called for short the general machine of the bitubular, and namely the general machine of the available bitubular carries out dual-color forming production, during work, matched moulds, first, A core is arranged in ebonite die cavity injection mo(u)lding ebonite semi-finished product, B core is arranged in flexible glue die cavity wouldn't injection moulding, afterwards, die sinking, rotating core is ejected dynamic model support plate by the tail top of the general machine of the bitubular, rotating core is driven to rotate 180 ° by rotating mechanism again, rotating core is retracted reset by tail top again, matched moulds again, now, A core carries ebonite semi-finished product and proceeds in flexible glue die cavity and carry out flexible glue composite injection molding, injection mo(u)lding is hard flexible glue combination product, B core proceeds to injection mo(u)lding ebonite semi-finished product in ebonite die cavity, afterwards, die sinking again, the ejection cylinder of ejecting mechanism drives top board, hard flexible glue combination product is ejected A core by push rod, afterwards, rotating core ejects by tail top again, rotating core rotates 180 ° again, rotating core is retracted reset by tail top again, again matched moulds, now, B core carries ebonite semi-finished product and proceeds in flexible glue die cavity and carry out flexible glue composite injection molding, A core proceeds to injection mo(u)lding ebonite semi-finished product in ebonite die cavity, and afterwards, then die sinking ejects, so go round and begin again and carry out the technical scheme of hard flexible glue combination product production, a kind of double color mould of interior rotating core is provided, is intended to make the production of two-Color part to avoid using the drawback of double-colored machine, reaches the object reducing costs, raise the efficiency.
The purpose of this utility model is achieved in that a kind of double color mould of interior rotating core, comprise cover half, dynamic model, ebonite die cavity, flexible glue die cavity, rotating core, rotating mechanism, ejecting mechanism, wherein: below described cover half, be provided with ebonite die cavity and flexible glue die cavity two die cavities, described ebonite die cavity is that ebonite die cavity is positioned at the right below cover half for shaping ebonite half-finished die cavity; Be provided with the injection molding sprue communicated with described ebonite die cavity above cover half and be called ebonite cast gate; Described flexible glue die cavity is the die cavity for the shaping hard flexible glue combination product of compound flexible glue, and flexible glue die cavity is positioned at the left side below cover half; Also be provided with the injection molding sprue communicated with described flexible glue die cavity above cover half and be called flexible glue cast gate;
Described dynamic model is provided with rotating core, rotating mechanism and ejecting mechanism; Described rotating core is that two ends are provided with in the middle of flange and are provided with the steel components that cross-arm is dumbbell shaped, the flange of rotating core two end be structure identical with shape, be called A core and B core for the half-finished core of shaping ebonite, described A core is positioned at the right-hand member of rotating core, and described B core is positioned at the left end of rotating core;
Described rotating mechanism is made up of gear, tooth bar, rotary oil cylinder, rotating shaft, and wherein, described gear is cylindric straight-tooth gear, is provided with internal spline in the centre bore of gear; Described tooth bar is profile of tooth is trapezoidal spur rack; Described rotary oil cylinder is the hydraulically extensible executive component be made up of cylinder body, piston rod; Described rotating shaft is the steel components of cylindrical tube, and the outer post jamb place of rotating shaft is provided with the external splines of above-below direction; The lower end of rotating shaft is provided with flange step and is called pedestal, is provided with the interface be connected with the tail top of injection machine, is provided with axial thrust bearing in described interface below pedestal; Gears slip is enclosed within the cylinder place of rotating shaft, described internal spline and described external splines slip bonding; Described tooth bar in left-right direction with gears meshing, the piston rod of rotary oil cylinder is fixedly connected with the left end of described tooth bar, and the cylinder body of described rotary oil cylinder is fixedly connected with the left surface of dynamic model support plate;
Described ejecting mechanism is made up of top board, push rod, ejection cylinder, and described ejection cylinder is the hydraulically extensible executive component be made up of cylinder body, piston rod; Described top board is the steel components of rectangular plate-like, is provided with push rod above top board;
Rotating core slides and is embedded in the resettlement groove of dynamic model support plate, the gear of rotating mechanism, tooth bar and rotary oil cylinder are placed in the bottom of dynamic model support plate, described rotating shaft slides through dynamic model support plate, the upper end of rotating shaft is fixedly connected with below the described cross-arm center of rotating core, the described pedestal of rotating shaft bottom is positioned at above moving clamping plate, during application, described pedestal is rotatably connected through the tail top of described axial thrust bearing and injection machine; Ejecting mechanism correspond to mould matched moulds time cover half described flexible glue die cavity below and between dynamic model support plate and moving clamping plate; Described top board is positioned at above moving clamping plate, the cylinder body of described ejection cylinder and being fixedly connected with above of top board, and the piston rod of ejection cylinder is passed down through top board and is fixedly connected with moving clamping plate, and described push rod is positioned at the periphery of the cylinder body of ejection cylinder; Dynamic model is positioned at below cover half, and when dynamic model and the initial matched moulds state of cover half, the described A core of rotating core corresponds to described ebonite die cavity matched moulds, and the described B core of rotating core corresponds to described flexible glue die cavity matched moulds.
Operation principle and beneficial effect
During application, this device adopts the general machine of the bitubular to carry out dual-color forming production; The injection moulding machine that the general machine of the described bitubular is formed for the barrel installing an injection flexible plastic on common monotubular injection machine in addition additional; During application, mould is horizontal installation, and the above-below direction that structure describes is the fore-and-aft direction of job description.During application, cover half is fixed on the stationary work-table place of the general machine of the bitubular, and dynamic model is fixed on the movable table place of the general machine of the bitubular, and described pedestal is rotatably connected through the tail top of described axial thrust bearing and the general machine of the bitubular.
During work, dynamic model, cover half matched moulds, first, A core is injection mo(u)lding ebonite semi-finished product in ebonite die cavity, B core is arranged in flexible glue die cavity wouldn't injection moulding, afterwards, first time die sinking somatotype, dynamic model retreats, rotating core is ejected forward dynamic model support plate by the tail top of the general machine of the bitubular, afterwards, rotating mechanism drives rotating core to rotate 180 °, afterwards, rotating core is retracted reset by tail top again, matched moulds again, now, A core carries ebonite semi-finished product and proceeds in flexible glue die cavity and carry out flexible glue composite injection molding, injection mo(u)lding is hard flexible glue combination product, B core proceeds to injection mo(u)lding ebonite semi-finished product in ebonite die cavity, afterwards, second time die sinking somatotype, the ejection cylinder of ejecting mechanism drives top board to drive push rod that hard flexible glue combination product is ejected A core, afterwards, rotating core ejects forward by tail top again, rotating core rotates 180 ° again, rotating core is retracted reset by tail top again, again matched moulds, now, B core carries ebonite semi-finished product and proceeds in flexible glue die cavity and carry out flexible glue composite injection molding, A core proceeds to injection mo(u)lding ebonite semi-finished product in ebonite die cavity, and afterwards, then die sinking ejects, the dual-color forming carrying out hard flexible glue combination product that so goes round and begins again is produced.
This device is applicable to the general machine of the cheap bitubular and carries out injection mo(u)lding production, without the need to using expensive double-colored machine, more carrying out extra quality conversion injection mo(u)lding production without the need to rotary moveable workbench, make two-Color part avoid the drawback using double-colored machine to produce, reduce production cost, improve production efficiency.
Above-mentioned, the utility model adopts the device be made up of ebonite die cavity, flexible glue die cavity, rotating core, rotating mechanism, ejecting mechanism, wherein, ebonite die cavity and flexible glue die cavity are arranged on the cover half place of mould, rotating core, rotating mechanism and ejecting mechanism are arranged on the dynamic model place of mould, two ends of rotating core are provided with the structure A core identical with shape and B core, and rotating mechanism is made up of gear, tooth bar, rotary oil cylinder and rotating shaft, and ejecting mechanism is made up of top board, push rod and ejection cylinder, during application, without the need to double-colored machine, also without the need to rotary moveable workbench, the barrel that common injection machine installs additional an injection flexible plastic is in addition called for short the general machine of the bitubular, and namely the general machine of the available bitubular carries out dual-color forming production, during work, matched moulds, first, A core is arranged in ebonite die cavity injection mo(u)lding ebonite semi-finished product, B core is arranged in flexible glue die cavity wouldn't injection moulding, afterwards, die sinking, rotating core is ejected dynamic model support plate by the tail top of the general machine of the bitubular, rotating core is driven to rotate 180 ° by rotating mechanism again, rotating core is retracted reset by tail top again, matched moulds again, now, A core carries ebonite semi-finished product and proceeds in flexible glue die cavity and carry out flexible glue composite injection molding, injection mo(u)lding is hard flexible glue combination product, B core proceeds to injection mo(u)lding ebonite semi-finished product in ebonite die cavity, afterwards, die sinking again, the ejection cylinder of ejecting mechanism drives top board, hard flexible glue combination product is ejected A core by push rod, afterwards, rotating core ejects by tail top again, rotating core rotates 180 ° again, rotating core is retracted reset by tail top again, again matched moulds, now, B core carries ebonite semi-finished product and proceeds in flexible glue die cavity and carry out flexible glue composite injection molding, A core proceeds to injection mo(u)lding ebonite semi-finished product in ebonite die cavity, and afterwards, then die sinking ejects, so go round and begin again and carry out the technical scheme of hard flexible glue combination product production, overcome prior art and there are high, the inefficient problems and shortcomings of cost, the double color mould of a kind of interior rotating core provided, make the production of two-Color part avoid using the drawback of double-colored machine, reach the object reducing costs, raise the efficiency.
Accompanying drawing explanation
Fig. 1 is that the master of the double color mould of a kind of interior rotating core of the present utility model looks sectional structure schematic diagram;
Fig. 2 is the rotating core 3 of the double color mould of a kind of interior rotating core of the present utility model and the structure of rotating mechanism 4 and the schematic front view of annexation;
Fig. 3 is the schematic top plan view of Fig. 2;
Fig. 4 is the double color mould of a kind of interior rotating core of the present utility model, is operated in the principle schematic of first time die sinking somatotype tense;
Fig. 5 is the double color mould of a kind of interior rotating core of the present utility model, is operated in tail top 05 and rotating core 3 is ejected forward dynamic model support plate 021, and rotating mechanism 4 drives rotating core 3 to rotate the principle schematic of 180 ° of tenses;
Fig. 6 is the double color mould of a kind of interior rotating core of the present utility model, is operated in the principle schematic that rotating core 3 is retracted reset tense by tail top 05;
Fig. 7 is the double color mould of a kind of interior rotating core of the present utility model, be operated in matched moulds A core again to carry ebonite semi-finished product 03 to proceed to injection mo(u)lding in flexible glue die cavity 2 be the principle schematic that hard flexible glue combination product 04, B core proceeds to injection mo(u)lding ebonite semi-finished product 03 tense in ebonite die cavity 1;
Fig. 8 is the double color mould of a kind of interior rotating core of the present utility model, is operated in the principle schematic of second time die sinking somatotype tense;
Fig. 9 is the double color mould of a kind of interior rotating core of the present utility model, and the ejection cylinder 53 being operated in ejecting mechanism 5 drives top board 51 to drive push rod 52 that hard flexible glue combination product 04 is ejected the principle schematic of A core tense.
Below in conjunction with the embodiment in accompanying drawing, the utility model is described in further detail, but should not be construed as any restriction of the present utility model.
In figure: ebonite die cavity 1, ebonite cast gate 11, flexible glue die cavity 2, flexible glue cast gate 21, rotating core 3, rotating mechanism 4, gear 41, tooth bar 42, rotary oil cylinder 43, rotating shaft 44, ejecting mechanism 5, top board 51, push rod 52, ejection cylinder 53, cover half 01, dynamic model 02, dynamic model support plate 021, moving clamping plate 022, slide block 023, Angle Pin 024, ebonite semi-finished product 03, hard flexible glue combination product 04, tail top 05.
Detailed description of the invention
Consult Fig. 1 ~ Fig. 9, the double color mould of a kind of interior rotating core of the present utility model, comprise cover half 01, dynamic model 02, ebonite die cavity 1, flexible glue die cavity 2, rotating core 3, rotating mechanism 4, ejecting mechanism 5, wherein: below described cover half 01, be provided with ebonite die cavity 1 and flexible glue die cavity 2 two die cavities, described ebonite die cavity 1 is the die cavity for shaping ebonite semi-finished product 03, and ebonite die cavity 1 is positioned at the right below cover half 01; Be provided with the injection molding sprue communicated with described ebonite die cavity 1 above cover half 01 and be called ebonite cast gate 11; Described flexible glue die cavity 2 is the die cavity for the shaping hard flexible glue combination product 04 of compound flexible glue, and flexible glue die cavity 2 is positioned at the left side below cover half 01; Also be provided with the injection molding sprue communicated with described flexible glue die cavity 2 above cover half 01 and be called flexible glue cast gate 21;
Described dynamic model 02 is provided with rotating core 3, rotating mechanism 4 and ejecting mechanism 5; Described rotating core 3 is that two ends are provided with in the middle of flange and are provided with the steel components that cross-arm is dumbbell shaped, the flange of rotating core 3 two end be structure identical with shape, be called A core and B core for the core of shaping ebonite semi-finished product 03, described A core is positioned at the right-hand member of rotating core 3, and described B core is positioned at the left end of rotating core 3;
Described rotating mechanism 4 is made up of gear 41, tooth bar 42, rotary oil cylinder 43, rotating shaft 44, and wherein, described gear 41 is cylindric straight-tooth gear, is provided with internal spline in the centre bore of gear 41; Described tooth bar 42 for profile of tooth be trapezoidal spur rack; Described rotary oil cylinder 43 is the hydraulically extensible executive component be made up of cylinder body, piston rod; Described rotating shaft 44 is the steel components of cylindrical tube, and the outer post jamb place of rotating shaft 44 is provided with the external splines of above-below direction; The lower end of rotating shaft 44 is provided with flange step and is called pedestal, is provided with the interface be connected with the tail top 05 of injection machine, is provided with axial thrust bearing in described interface below pedestal; Gear 41 slip cap at the cylinder place of rotating shaft 44, described internal spline and described external splines slip bonding; Described tooth bar 42 engages with gear 41 in left-right direction, and the piston rod of rotary oil cylinder 43 is fixedly connected with the left end of described tooth bar 42, and the cylinder body of described rotary oil cylinder 43 is fixedly connected with the left surface of dynamic model support plate 021;
Described ejecting mechanism 5 is made up of top board 51, push rod 52, ejection cylinder 53, and described ejection cylinder 53 is the hydraulically extensible executive component be made up of cylinder body, piston rod; Described top board 51 is the steel components of rectangular plate-like, is provided with push rod 52 above top board 51;
Rotating core 3 slides and is embedded in the resettlement groove of dynamic model support plate 021, the gear 41 of rotating mechanism 4, tooth bar 42 and rotary oil cylinder 43 are placed in the bottom of dynamic model support plate 021, described rotating shaft 44 slides through dynamic model support plate 021, the upper end of rotating shaft 44 is fixedly connected with below the described cross-arm center of rotating core 3, the described pedestal of rotating shaft 44 bottom is positioned at above moving clamping plate 022, during application, described pedestal is rotatably connected through the tail top 05 of described axial thrust bearing and injection machine; When ejecting mechanism 5 corresponds to mould matched moulds the described flexible glue die cavity 2 of cover half 01 below and between dynamic model support plate 021 and moving clamping plate 022; Described top board 51 is positioned at above moving clamping plate 022, the cylinder body of described ejection cylinder 53 and being fixedly connected with above of top board 51, the piston rod of ejection cylinder 53 is passed down through top board 51 and is fixedly connected with moving clamping plate 022, and described push rod 52 is positioned at the periphery of the cylinder body of ejection cylinder 53; Dynamic model 02 is positioned at below cover half 01, and during dynamic model 02 matched moulds state initial with cover half 01, the described A core of rotating core 3 corresponds to described ebonite die cavity 1 matched moulds, and the described B core of rotating core 3 corresponds to the 2-in-1 mould of described flexible glue die cavity.
Operation principle and beneficial effect
During application, this device adopts the general machine of the bitubular to carry out dual-color forming production; The injection moulding machine that the general machine of the described bitubular is formed for the barrel installing an injection flexible plastic on common monotubular injection machine in addition additional; During application, mould is horizontal installation, and the above-below direction that structure describes is the fore-and-aft direction of job description.During application, cover half 01 is fixed on the stationary work-table place of the general machine of the bitubular, and dynamic model 02 is fixed on the movable table place of the general machine of the bitubular, and described pedestal is rotatably connected through the tail top 05 of described axial thrust bearing and the general machine of the bitubular.
During work, dynamic model 02, cover half 01 matched moulds, first, A core is injection mo(u)lding ebonite semi-finished product 03 in ebonite die cavity 1, B core is arranged in flexible glue die cavity 2 wouldn't injection moulding, afterwards, first time die sinking somatotype, dynamic model 02 retreats, rotating core 3 is ejected forward dynamic model support plate 021 by the tail top 05 of the general machine of the bitubular, afterwards, rotating mechanism 4 drives rotating core 3 to rotate 180 °, afterwards, rotating core 3 is retracted reset by tail top 05 again, matched moulds again, now, A core carries ebonite semi-finished product 03 and proceeds in flexible glue die cavity 2 and carry out flexible glue composite injection molding, injection mo(u)lding is hard flexible glue combination product 04, B core proceeds to injection mo(u)lding ebonite semi-finished product 03 in ebonite die cavity 1, afterwards, second time die sinking somatotype, the ejection cylinder 53 of ejecting mechanism 5 drives top board 51 to drive push rod 52 that hard flexible glue combination product 04 is ejected A core, afterwards, rotating core 3 ejects forward by tail top 05 again, rotating core 3 rotates 180 ° again, rotating core 3 is retracted reset by tail top 05 again, again matched moulds, now, B core carries ebonite semi-finished product 03 and proceeds in flexible glue die cavity 2 and carry out flexible glue composite injection molding, A core proceeds to injection mo(u)lding ebonite semi-finished product 03 in ebonite die cavity 1, and afterwards, then die sinking ejects, the dual-color forming carrying out hard flexible glue combination product 04 that so goes round and begins again is produced.
This device is applicable to the general machine of the cheap bitubular and carries out injection mo(u)lding production, without the need to using expensive double-colored machine, more carrying out extra quality conversion injection mo(u)lding production without the need to rotary moveable workbench, make two-Color part avoid the drawback using double-colored machine to produce, reduce production cost, improve production efficiency.
Claims (1)
1. the double color mould of rotating core in a kind, comprise cover half (01), dynamic model (02), ebonite die cavity (1), flexible glue die cavity (2), rotating core (3), rotating mechanism (4), ejecting mechanism (5), it is characterized in that: below described cover half (01), be provided with ebonite die cavity (1) and flexible glue die cavity (2) two die cavities, described ebonite die cavity (1) is the die cavity for shaping ebonite semi-finished product (03), and ebonite die cavity (1) is positioned at the right below cover half (01); Be provided with the injection molding sprue communicated with described ebonite die cavity (1) above cover half (01) and be called ebonite cast gate (11); Described flexible glue die cavity (2) is the die cavity for the shaping hard flexible glue combination product (04) of compound flexible glue, and flexible glue die cavity (2) is positioned at the left side below cover half (01); Also be provided with the injection molding sprue communicated with described flexible glue die cavity (2) above cover half (01) and be called flexible glue cast gate (21);
Described dynamic model (02) is provided with rotating core (3), rotating mechanism (4) and ejecting mechanism (5); Described rotating core (3) is that two ends are provided with in the middle of flange and are provided with the steel components that cross-arm is dumbbell shaped, the flange of rotating core (3) two end be structure identical with shape, be called A core and B core for the core of shaping ebonite semi-finished product (03), described A core is positioned at the right-hand member of rotating core (3), and described B core is positioned at the left end of rotating core (3);
Described rotating mechanism (4) is made up of gear (41), tooth bar (42), rotary oil cylinder (43), rotating shaft (44), wherein, described gear (41) is cylindric straight-tooth gear, is provided with internal spline in the centre bore of gear (41); Described tooth bar (42) for profile of tooth be trapezoidal spur rack; Described rotary oil cylinder (43) is the hydraulically extensible executive component be made up of cylinder body, piston rod; The steel components that described rotating shaft (44) is cylindrical tube, the outer post jamb place of rotating shaft (44) is provided with the external splines of above-below direction; The lower end of rotating shaft (44) is provided with flange step and is called pedestal, is provided with the interface be connected with the tail top (05) of injection machine, is provided with axial thrust bearing in described interface below pedestal; Gear (41) slip cap at the cylinder place of rotating shaft (44), described internal spline and described external splines slip bonding; Described tooth bar (42) engages with gear (41) in left-right direction, the piston rod of rotary oil cylinder (43) is fixedly connected with the left end of described tooth bar (42), and the cylinder body of described rotary oil cylinder (43) is fixedly connected with the left surface of dynamic model support plate (021);
Described ejecting mechanism (5) is made up of top board (51), push rod (52), ejection cylinder (53), and described ejection cylinder (53) is the hydraulically extensible executive component be made up of cylinder body, piston rod; The steel components that described top board (51) is rectangular plate-like, is provided with push rod (52) above top board (51);
Rotating core (3) slides and is embedded in the resettlement groove of dynamic model support plate (021), the gear (41) of rotating mechanism (4), tooth bar (42) and rotary oil cylinder (43) are placed in the bottom of dynamic model support plate (021), described rotating shaft (44) slides through dynamic model support plate (021), the upper end of rotating shaft (44) is fixedly connected with below the described cross-arm center of rotating core (3), the described pedestal of rotating shaft (44) bottom is positioned at above moving clamping plate (022), during application, described pedestal is rotatably connected through the tail top (05) of described axial thrust bearing and injection machine, ejecting mechanism (5) corresponding to the described flexible glue die cavity (2) of cover half (01) during mould matched moulds below and be positioned between dynamic model support plate (021) and moving clamping plate (022), described top board (51) is positioned at above moving clamping plate (022), the cylinder body of described ejection cylinder (53) and being fixedly connected with above of top board (51), the piston rod of ejection cylinder (53) is passed down through top board (51) and is fixedly connected with moving clamping plate (022), and described push rod (52) is positioned at the periphery of the cylinder body of ejection cylinder (53), dynamic model (02) is positioned at below cover half (01), during the initial matched moulds state of dynamic model (02) and cover half (01), the described A core of rotating core (3) corresponds to described ebonite die cavity (1) matched moulds, and the described B core of rotating core (3) corresponds to described flexible glue die cavity (2) matched moulds.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520112638.4U CN204487947U (en) | 2015-02-11 | 2015-02-11 | A kind of double color mould of interior rotating core |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520112638.4U CN204487947U (en) | 2015-02-11 | 2015-02-11 | A kind of double color mould of interior rotating core |
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| CN204487947U true CN204487947U (en) | 2015-07-22 |
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| CN201520112638.4U Withdrawn - After Issue CN204487947U (en) | 2015-02-11 | 2015-02-11 | A kind of double color mould of interior rotating core |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104626470A (en) * | 2015-02-11 | 2015-05-20 | 宁波双林模具有限公司 | Two-color mold with inner rotating core |
| CN105538600A (en) * | 2016-01-07 | 2016-05-04 | 宇科模具(厦门)有限公司 | Secondary injection moulding intramode assembling mould |
| CN105584001A (en) * | 2015-12-22 | 2016-05-18 | 上海戈冉泊精模科技股份有限公司 | Injection mold for bicolor plastic product |
| CN105619725A (en) * | 2015-12-22 | 2016-06-01 | 宁波舜宇模具股份有限公司 | Double-color core-pulling rotary compound ejection mechanism |
| CN106273272A (en) * | 2016-09-28 | 2017-01-04 | 福州大学 | Core two-step exchanges double-shot moulding mould and forming method |
| CN107839171A (en) * | 2017-12-06 | 2018-03-27 | 星威国际家居有限公司 | Intersect filled type dual-color plastic chair and be integrally formed injection mold |
| CN110696289A (en) * | 2019-10-08 | 2020-01-17 | 宁海县现代模具有限公司 | Switching mechanism of double-color mold |
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2015
- 2015-02-11 CN CN201520112638.4U patent/CN204487947U/en not_active Withdrawn - After Issue
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104626470A (en) * | 2015-02-11 | 2015-05-20 | 宁波双林模具有限公司 | Two-color mold with inner rotating core |
| CN105584001A (en) * | 2015-12-22 | 2016-05-18 | 上海戈冉泊精模科技股份有限公司 | Injection mold for bicolor plastic product |
| CN105619725A (en) * | 2015-12-22 | 2016-06-01 | 宁波舜宇模具股份有限公司 | Double-color core-pulling rotary compound ejection mechanism |
| CN105584001B (en) * | 2015-12-22 | 2018-02-06 | 上海戈冉泊精模科技有限公司 | A kind of injection mould of bicolor plastic cement product |
| CN105538600A (en) * | 2016-01-07 | 2016-05-04 | 宇科模具(厦门)有限公司 | Secondary injection moulding intramode assembling mould |
| CN105538600B (en) * | 2016-01-07 | 2018-02-27 | 宇科模具(厦门)有限公司 | Assembly jig in secondary injection molding mould |
| CN106273272A (en) * | 2016-09-28 | 2017-01-04 | 福州大学 | Core two-step exchanges double-shot moulding mould and forming method |
| CN107839171A (en) * | 2017-12-06 | 2018-03-27 | 星威国际家居有限公司 | Intersect filled type dual-color plastic chair and be integrally formed injection mold |
| CN110696289A (en) * | 2019-10-08 | 2020-01-17 | 宁海县现代模具有限公司 | Switching mechanism of double-color mold |
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