CN205905404U - Notes blow forming device's arrangement structure - Google Patents

Notes blow forming device's arrangement structure Download PDF

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Publication number
CN205905404U
CN205905404U CN201620940868.4U CN201620940868U CN205905404U CN 205905404 U CN205905404 U CN 205905404U CN 201620940868 U CN201620940868 U CN 201620940868U CN 205905404 U CN205905404 U CN 205905404U
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CN
China
Prior art keywords
injection
blow
mould
blowing cavity
blowing
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Expired - Fee Related
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CN201620940868.4U
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Chinese (zh)
Inventor
蒋孝丰
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ZHANGJIAGANG JOWAY MACHINERY CO Ltd
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ZHANGJIAGANG JOWAY MACHINERY CO Ltd
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Priority to CN201620940868.4U priority Critical patent/CN205905404U/en
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Publication of CN205905404U publication Critical patent/CN205905404U/en
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Abstract

The utility model discloses a can improve production efficiency's notes blow forming device's arrangement structure, include: movable mould bottom plate, cover half bottom plate, two sets of blowing cavity mould, two sets of cavity die and four notes blow cores stick groups of group of moulding plastics, the blowing cavity mould includes: moving direction slip setting along perpendicular to movable mould bottom plate is in blowing cavity centre form on the cover half bottom plate and blowing cavity external mold and blowing cavity external mold are located the outside of blowing cavity centre form, and every is annotated and includes at least one in the blow cores stick group and annotate blow cores stick, the cover half bottom plate on the rear of two sets of cavity dies of moulding plastics still be provided with the runner of moulding plastics, movable mould bottom plate is last to be provided with a pair of revolving axle that is parallel to each other, can makes rotary motion, four groups annotate two liang in blow coress stick group pair, along the direction that is on a parallel with the revolving axle respectively the mirror image setting in the both sides of corresponding revolving axle. The horizontal notes of notes blow forming device's arrangement structure mainly used blow in the make -up machine.

Description

The arrangement of injection blow moulding device
Technical field
The utility model is related to the injection blow moulding device in plastic injecting and blowing field, more particularly, to a kind of injection blow moulding dress The arrangement put.
Background technology
It is presently used for the injection-blow molding machine in plastics machinery industry, generally all adopt three station rotary, its injection blow moulding Generally only it is provided with an injection mould station, a blow molding die station and a demoulding station in device.In actually used process In, the arrangement of this injection blow moulding device so that within the same time, an injection mould can only be had to carry out being molded, one blow The parison that mold is formed to injection carries out being blow molded, a demoulding station carries out the demoulding.This three station rotary structures take work Make table top larger, be unfavorable for arranging more multi-cavity number, so that the production efficiency of above-mentioned tradition injection-blow molding machine is relatively low, produce into This is higher, and the input-output ratio of equipment is relatively low.
Utility model content
Technical problem to be solved in the utility model is: offer is a kind of can be with the injection blow moulding device of improve production efficiency Arrangement.
For solving above-mentioned technical problem, the technical solution adopted in the utility model is: the arrangement of injection blow moulding device, Including: moving clamping plate, fixed clamping plate, two groups of blowing cavity moulds, two groups of injection die cavities moulds and four groups and described injection die cavities The mould note blow cores rod group corresponding with blowing cavity mould, two groups of described blowing cavity moulds are located at the outer of two groups of injection die cavities moulds Side, described blowing cavity mould includes: is slidably arranged on described fixed clamping plate along the moving direction perpendicular to moving clamping plate Blowing cavity internal model and blowing cavity external mold and blowing cavity external mold be located at the outside of blowing cavity internal model, each notes blow cores Include at least one note blow cores rod in excellent group, described fixed clamping plate also sets at the rear of two groups of described injection die cavities moulds It is equipped with injection molding channel, described moving clamping plate is provided with a pair the gyroaxis of the gyration that is parallel to each other, can make, described four Group note blow cores rod group pairing two-by-two, along the direction parallel to gyroaxis, mirror image is arranged on the both sides of corresponding gyroaxis respectively.
As a kind of preferred version, in the arrangement of described injection blow moulding device, described injection die cavities mould bag Include: the injection die cavities cover half being fixedly installed on described fixed clamping plate and be pointed to injection die cavities cover half front, can be both The direction of motion along moving clamping plate moves forward and backward and can make the note of open and close movement along the direction of motion perpendicular to moving clamping plate Blow molding Hough mold insert;Described blowing cavity mould also include a front being pointed to the inside and outside mould of blowing cavity, both can edge The direction of motion of moving clamping plate moves forward and backward and can make the note blowing of open and close movement along the direction of motion perpendicular to moving clamping plate Shaping Hough mold insert.
As a kind of preferred version, in the arrangement of described injection blow moulding device, described injection die cavities mould bag Include: the injection die cavities cover half that is fixedly installed on described fixed clamping plate and be located at injection die cavities cover half front, can be along dynamic The injection mo(u)lding mold insert that the direction of motion of baffle plate moves forward and backward.
As a kind of preferred version, in the arrangement of described injection blow moulding device, the inside and outside mould of described blowing cavity Concrete set-up mode be: being provided with the outside of blowing cavity external mold to make the blowing mould folding of blowing cavity inside and outside mould folding Driving means.
As a kind of preferred version, in the arrangement of described injection blow moulding device, described blowing mould folding drives A kind of concrete structure of device includes: at least one pair of activity passes through blowing cavity external mold, is arranged on propping up in blowing cavity internal model Post and be arranged on mounting seat on this at least one pair of pillar, mounting seat is provided with blowing folding piston cylinder, blowing folding is lived The piston rod of plug cylinder is connected with corresponding blowing cavity external mold;Described blowing folding piston cylinder is cylinder or oil cylinder.
As a kind of preferred version, in the arrangement of described injection blow moulding device, on described gyroaxis respectively It is provided with rotating disk, in four groups of described note blow cores rod groups, the note blow cores rod group matched two-by-two is arranged on corresponding turning by mandrel holder On disk, described note blow molding Hough mold insert is movably arranged on corresponding rotating disk.
As a kind of preferred version, in the arrangement of described injection blow moulding device, described injection molding channel sets It is equipped with the injection outlet connecting with the die cavity one-to-one corresponding on the injection die cavities mould in front of this injection molding channel.
As a kind of preferred version, in the arrangement of described injection blow moulding device, the injection of described injection molding channel Entrance is placed in the middle, and all of injection outlet is arranged symmetrically in the both sides of its injection entrance.
The beneficial effects of the utility model are: the utility model passes through to arrange two groups of injection die cavities moulds and two groups of blowing cavities Mould, and dexterously two groups of injection die cavities moulds are arranged in centre, two groups of blowing cavity moulds are arranged in the both sides of injection die cavities mould, and Injection molding channel is arranged on the rear of this pair of injection die cavities mould so that the arrangement of whole injection blow moulding device is more succinct Compact, thus reducing the manufacturing cost of whole injection blow moulding device;It is additionally, since this two groups of injection die cavities moulds and two groups of blowings Swaging die can work simultaneously, substantially increases the production efficiency of whole injection-blow molding machine, and the production reducing plastic products becomes This, improve the input-output ratio of equipment.
Brief description
Fig. 1 is cross section structure diagram during the first injection blow moulding device matched moulds described in the utility model.
Fig. 2 is cross section structure diagram during the first injection blow moulding device die sinking described in the utility model.
Fig. 3 is the positive structure diagram of fixed clamping plate described in the utility model and associated components.
Reference in Fig. 1 to Fig. 3 is: 1, fixed clamping plate, 2, moving clamping plate, 20, mandrel holder, 21, rotating disk, 31, note Blow cores rod, 41, injection die cavities cover half, 42, injection mo(u)lding mold insert, 421, guide pillar, 51, blowing cavity internal model, 52, outside blowing cavity Mould, 6, injection molding channel, 61, injection entrance, 62, injection outlet, 7, gyroaxis, 71, driven gear, 8, driving gear shaft, 81, main Moving gear, 11, transition gear, 12, mounting seat, 121, pillar, 13, blowing folding cylinder.
Fig. 4 is cross section structure diagram during second injection blow moulding device matched moulds described in the utility model.
Fig. 5 is cross section structure diagram during second injection blow moulding device die sinking described in the utility model.
Reference in Fig. 4 to Fig. 5 is: 1, fixed clamping plate, 2, moving clamping plate, 20, mandrel holder, 21, rotating disk, 31, note Blow cores rod, 41, injection die cavities cover half, 51, blowing cavity internal model, 52, blowing cavity external mold, 6, injection molding channel, 61, be molded into Mouthful, 62, injection outlet, 7, gyroaxis, 71, driven gear, 8, driving gear shaft, 81, driving gear, 11, transition gear, 12, Mounting seat, 121, pillar, 13, blowing folding cylinder, 15, note blow molding Hough mold insert, 151, taper pin.
Specific embodiment
Below in conjunction with the accompanying drawings 1 to 5, describe the arrangement of two kinds of injection blow moulding devices described in the utility model in detail Specific embodiments.
Embodiment one:
As shown in Figure 1, Figure 2 and Figure 3, the arrangement of injection blow moulding device described in the utility model, comprising: cover half bottom Plate 1,2, two groups of blowing cavity moulds of moving clamping plate, two groups of injection die cavities moulds and four groups and described injection die cavities mould and blowing The corresponding note blow cores rod group of swaging die, described injection die cavities mould includes: is fixedly installed on the note on described fixed clamping plate 1 Plastotype chamber cover half 41 and be located at injection die cavities cover half 41 front, can be along moving clamping plate 2 by least one pair of guide pillar 421 The injection mo(u)lding mold insert 42 that moves forward and backward of the direction of motion (drive the actuating unit that injection mo(u)lding mold insert 42 is made to move forward and backward to belong to The conventional techniques of this area, in figure is not shown), described injection die cavities cover half 41 is arranged on the middle part of fixed clamping plate 1, and two groups are blown Mould the outside that swaging die is located at two groups of injection die cavities moulds, each blowing cavity mould includes: along the movement perpendicular to moving clamping plate 2 Direction is slidably arranged in blowing cavity internal model 51 and blowing cavity external mold 52 and blowing cavity external mold on described fixed clamping plate 1 52 outsides being located at blowing cavity internal model 51;Include at least one in each note blow cores rod group and note blow cores rod 31, described determines On baffle plate 1, the rear in described two groups of injection die cavities moulds is additionally provided with the centrally arranged injection molding channel 6 of injection entrance 61, this note It is provided with creeping road 6 and being molded by that the die cavity one-to-one corresponding on the injection die cavities mould in this injection molding channel 6 front connects Mouth 62, all of injection outlet 62 is arranged symmetrically in the both sides of its injection entrance 61;It is provided with a pair on described moving clamping plate 2 Be parallel to each other, can make the gyroaxis 7 of gyration, and four groups of described note blow cores rod group pairings two-by-two are arranged on corresponding mandrel holder On 20 and then by corresponding rotating disk 21, along the direction parallel to gyroaxis 7, mirror image is arranged on the two of corresponding gyroaxis 7 respectively Side, the outside of described blowing cavity external mold 52 is respectively arranged with blowing mould opening and closing driving mechanism, this blowing mould opening and closing driving mechanism A kind of concrete structure includes: at least one pair of activity runs through blowing cavity external mold 52, the pillar being arranged in blowing cavity internal model 51 121 and be arranged on mounting seat 12 on this at least one pair of pillar 121, mounting seat 12 is provided with blowing folding cylinder 13, blows The piston rod moulding folding cylinder 13 is connected with corresponding blowing cavity external mold 52.In the present embodiment, described gyroaxis 7 is concrete Set-up mode is: is movably arranged in moving clamping plate 2 along the axis of symmetry of two groups of described injection die cavities moulds by bearing Driving gear shaft 8, driving gear shaft 8 is provided with driving gear 81, described gyroaxis 7 is provided with driven gear 71, institute Between driving gear shaft 8 and gyroaxis 7, the driving gear with its both sides is movably set with by bearing on the moving clamping plate 2 stated 81 and the transition gear 11 of driven gear 71 all engagements.
Embodiment two:
Compared with embodiment one, the present embodiment is except the structure of injection die cavities mould therein and blowing cavity mould and its installation Mode is outside difference, other structures all same.As shown in Figure 4 and Figure 5, the injection die cavities mould in the present embodiment includes: fixing The injection die cavities cover half 41 being arranged on described fixed clamping plate 1 and one be pointed to injection die cavities cover half 41 front, can both edges The direction of motion moving clamping plate 2 moves forward and backward and can make the note of open and close movement along the direction of motion perpendicular to moving clamping plate 2 Blow molding Hough mold insert 15;Described blowing cavity mould includes: slides along the moving direction perpendicular to moving clamping plate 2 and sets Putting the blowing cavity internal model 51 on described fixed clamping plate 1 and blowing cavity external mold 52 and one, to be pointed to blowing cavity inside and outside The front of mould 51 and 52, not only can along the direction of motion of moving clamping plate 2 move forward and backward but also can be along the fortune perpendicular to moving clamping plate 2 The note blow molding Hough mold insert 15 of open and close movement is made in dynamic direction, and described note blow molding Hough mold insert 15 is symmetrical by a pair The taper pin 151 being arranged in gyroaxis 7 both sides is movably arranged on corresponding rotating disk 21 (before driving note blow molding Hough mold insert 15 The actuating unit moving afterwards belongs to the conventional techniques of this area, and in figure is not shown).
Certainly, because gas circuit is identical with the operation principle of oil circuit.Therefore, above-mentioned all of cylinder all can be replaced by oil cylinder Generation.In addition, in accompanying drawing of the present utility model, two groups of injection die cavities cover half 41 of display are all disjunctors naturally it is also possible to set It is set to Split type structure.
For embodiment one, the course of work of the present utility model is: with one group note, blow swaging die to illustrate worked Journey: matched moulds, injection die cavities cover half 41 and injection mo(u)lding mold insert 42 and corresponding note blow cores rod 31 composition closing injection mould, blown type Chamber mould and corresponding note blow cores rod 31 composition blow molding die, the plastics having plastified inject injection die cavities mould, Ran Houkai through injection molding channel 6 Mould, note blow cores rod 31 is deviate from from injection die cavities cover half 41 and injection die cavities mold insert 42 with bottle embryo, then, on gyroaxis 7 Rotating disk 21 band is shown loving care for 180 ° of blow cores rod 31 revolution, and the note blow cores rod 31 with bottle embryo is gone to the position of corresponding blowing cavity mould Put, another set notes the position that blow cores rod 31 then goes to corresponding injection die cavities cover half 41, then matched moulds, the injection die cavities after putting in place Injection, blowing cavity mould matched moulds simultaneously, then, compressed air from note blow cores rod 31 be blown into, by bottle embryo inflation be molded, injection and After blowing action all terminates, die sinking, the note blow cores rod 31 in blowing cavity mould position is deviate from from blowing cavity mould, the bottle of shaping Son is stayed in blowing cavity mould, and the note blow cores rod 31 in injection die cavities mould position is with bottle embryo from injection die cavities cover half 41 and injection Shaping mold insert 42 in deviate from, then rotating disk 21 band on gyroaxis 7 show loving care for blow cores rod 31 revolution 180 °, meanwhile, blowing cavity mould Open, the abjection of the bottle of shaping is fallen down, then matched moulds again, carry out next circulation.
For embodiment two, the course of work of the present utility model is: with one group note, blow swaging die to illustrate worked Journey: matched moulds, injection die cavities cover half 41 and corresponding one group of injection blow moulding Hough mold insert 15 and corresponding note blow cores rod 31 composition envelope Close injection mould, blowing cavity mould and corresponding note blow cores rod 31 and another group of injection blow moulding Hough mold insert 15 form blow molding die, mould The plastics changed inject injection mould through injection molding channel 6, then mold, and note blow cores rod 31 and injection blow moulding Hough mold insert 15 are with bottle Embryo is deviate from from injection die cavities cover half 41, then, rotating disk 21 band on gyroaxis 7 show loving care for blow cores rod 31 and injection blow moulding Hough edge Part 15 turns round 180 °, and the note blow cores rod 31 with bottle embryo and injection blow moulding Hough mold insert 15 are gone to corresponding blowing cavity mould Position, another set notes blow cores rod 31 and corresponding injection mo(u)lding mold insert 15 goes to the position of corresponding injection die cavities cover half 41, Then matched moulds, injection die cavities injection after putting in place, meanwhile, and blowing cavity mould matched moulds, then, compressed air is from note blow cores rod 31 In be blown into, bottle embryo inflation is molded, injection and after blowing action all terminates, die sinking, in each the blowing to note of blowing cavity mould position The ejection when retreating of shaping Hough mold insert 15 is opened, and the note blow cores rod 31 in blowing cavity mould position is from blowing cavity mould simultaneously Abjection, the bottle of shaping is stayed in blowing cavity mould, and the note blow cores rod 31 in injection die cavities mould position and injection blow moulding Hough are inlayed Part 15 is deviate from from injection die cavities cover half 41 with bottle embryo, then, rotating disk 21 band on gyroaxis 7 show loving care for blow cores rod 31 and note blow Shaping Hough mold insert 15 turns round 180 °, and meanwhile, blowing cavity mould is opened, and the bottle abjection of shaping is fallen down, then, matched moulds again, Carry out next circulation.
In sum, preferred embodiment only of the present utility model, is not used for limiting the utility model enforcement Scope, the impartial change that shape described in all right according to the utility model, construction, feature and spirit are made with repair Decorations, all should be included in right of the present utility model.

Claims (9)

1. the arrangement of injection blow moulding device, comprising: moving clamping plate, fixed clamping plate, two groups of blowing cavity moulds, two groups of injection moldings Chamber mould and four groups of note blow cores rod groups corresponding with described injection die cavities mould and blowing cavity mould, described two groups are blow molded Swaging die is located at the outside of two groups of injection die cavities moulds, and described blowing cavity mould includes: along the movement perpendicular to moving clamping plate Blowing cavity internal model that direction is slidably arranged on described fixed clamping plate and blowing cavity external mold and blowing cavity external mold are located at blows The outside of plastotype chamber internal model, includes at least one note blow cores rod, in institute on described fixed clamping plate in each note blow cores rod group The rear of the two groups of injection die cavities moulds stated be additionally provided with injection molding channel it is characterised in that: be provided with one on described moving clamping plate Gyroaxis to the gyration that is parallel to each other, can make, four groups of described note blow cores rod groups are matched, two-by-two along parallel to gyroaxis Mirror image is arranged on the both sides of corresponding gyroaxis respectively in direction.
2. injection blow moulding device according to claim 1 arrangement it is characterised in that: described injection die cavities mould bag Include: the injection die cavities cover half being fixedly installed on described fixed clamping plate and is pointed to the front of injection die cavities cover half, both may be used The direction of motion along moving clamping plate moves forward and backward and can make the note of open and close movement along the direction of motion perpendicular to moving clamping plate Blow molding Hough mold insert;Described blowing cavity mould also includes: one is pointed to the front of the inside and outside mould of blowing cavity, both may be used The direction of motion along moving clamping plate moves forward and backward and can make the note of open and close movement along the direction of motion perpendicular to moving clamping plate Blow molding Hough mold insert.
3. injection blow moulding device according to claim 1 arrangement it is characterised in that: described injection die cavities mould bag Include: the injection die cavities cover half that is fixedly installed on described fixed clamping plate and be located at injection die cavities cover half front, can be along dynamic The injection mo(u)lding mold insert that the direction of motion of baffle plate moves forward and backward.
4. injection blow moulding device according to claim 1 arrangement it is characterised in that: described blowing cavity is inside and outside The concrete set-up mode of mould is: being provided with the outside of blowing cavity external mold to make the blowing mould of blowing cavity inside and outside mould folding open Close driving means.
5. injection blow moulding device according to claim 4 arrangement it is characterised in that: described blowing mould folding drives A kind of concrete structure of device includes: at least one pair of activity passes through blowing cavity external mold, is arranged on propping up in blowing cavity internal model Post and be arranged on mounting seat on this at least one pair of pillar, mounting seat is provided with blowing folding piston cylinder, blowing folding is lived The piston rod of plug cylinder is connected with corresponding blowing cavity external mold;Described blowing folding piston cylinder is cylinder or oil cylinder.
6. the injection blow moulding device according to claim 1,3,4 or 5 arrangement it is characterised in that: described revolution Rotating disk is respectively arranged with axle, in four groups of described note blow cores rod groups, the note blow cores rod group matched two-by-two is arranged by mandrel holder On corresponding rotating disk.
7. injection blow moulding device according to claim 2 arrangement it is characterised in that: on described gyroaxis respectively It is provided with rotating disk, in four groups of described note blow cores rod groups, the note blow cores rod group matched two-by-two is arranged on corresponding turning by mandrel holder On disk, described note blow molding Hough mold insert is movably arranged on corresponding rotating disk.
8. injection blow moulding device according to any one of claim 1 to 5 arrangement it is characterised in that: described It is provided with injection molding channel and being molded by that the die cavity one-to-one corresponding on the injection die cavities mould in front of this injection molding channel connects Mouthful.
9. injection blow moulding device according to claim 8 arrangement it is characterised in that: the injection of described injection molding channel Entrance is placed in the middle, and all of injection outlet is arranged symmetrically in the both sides of its injection entrance.
CN201620940868.4U 2016-08-25 2016-08-25 Notes blow forming device's arrangement structure Expired - Fee Related CN205905404U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106113468A (en) * 2016-08-25 2016-11-16 张家港玖威机械有限公司 The arrangement of injection blow moulding device
CN111844691A (en) * 2020-07-25 2020-10-30 孙乐强 Plastic injection blow molding machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106113468A (en) * 2016-08-25 2016-11-16 张家港玖威机械有限公司 The arrangement of injection blow moulding device
CN111844691A (en) * 2020-07-25 2020-10-30 孙乐强 Plastic injection blow molding machine

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20170125

Termination date: 20200825

CF01 Termination of patent right due to non-payment of annual fee