CN202540601U - Vertical multimode station type injection molding device - Google Patents

Vertical multimode station type injection molding device Download PDF

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Publication number
CN202540601U
CN202540601U CN2012200791019U CN201220079101U CN202540601U CN 202540601 U CN202540601 U CN 202540601U CN 2012200791019 U CN2012200791019 U CN 2012200791019U CN 201220079101 U CN201220079101 U CN 201220079101U CN 202540601 U CN202540601 U CN 202540601U
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unit
injection
molds
mould station
injection unit
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CN2012200791019U
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陈法胜
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陈法胜
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Abstract

The utility model provides a vertical multimode station type injection molding device, which comprises a guide unit which extends linearly, a plurality of mode station units and two injection units, so that the two injection units of the injection molding device are arranged opposite to the plurality of mode station units, so that the injection molding device is widely applied to producing final products compared with the prior art due to the connection and separation between the injection units and the adjustment of the opposite positions among injection nozzles of the injection units, the application range of the injection molding device is widened, and the industry application is promoted.

Description

Multimode standing posture device for injection moulding in upright arrangement
Technical field
The utility model is relevant with the Process Technology of Polymer technology, particularly about a kind of multimode standing posture device for injection moulding in upright arrangement.
Background technology
In the technological category of Process Technology of Polymer; Jet forming machine is the processing equipment that is widely used; It mainly is to see through heat energy solid-state macromolecule raw material hot melt in penetrating crowded tube is become flowable molten mass; Push the macromolecule raw material of hot melt again with pressure, make it via penetrating the mould chamber that the material sputtering nozzle that squeezes tube end end injects mould inside, to carry out molded and shaped fabrication schedule.
And, just can make macromolecule raw material cooling and shaping or polymerization forming in mould, therefore because macromolecule raw material injects the molded and shaped program of being carried out behind the mould and need expend the suitable time; When squeezing tube cooperation single mold with single ejaculation, after the material forming of the wait mould inside that promptly need expend time in also takes out cleaning, could carry out the material feeding operation once more; Therefore; For promoting the efficient of making, the technology that adopts disk multi-drop Jet forming machine or multimode standing posture Jet forming machine in upright arrangement is arranged on the industry then, and squeeze the most mould of tube collocation with single ejaculation; In view of the above; After the Jet forming machine completion is injected the mould at last mould station with raw material, can carry out the mould material feeding operation at a time mould station immediately, and need not to expend the time of wait.
The concrete effect of efficient is made in the intrinsic raising of above-mentioned disk multi-drop or multi-drop Jet forming machine in upright arrangement, but multi-density, polychrome or multi-tiling etc. are complicated to be constituted because manufactured goods by simple structures such as single density, solid color or single blocks, develop into; Therefore, traditional Jet forming machine provides the technology of shooting material of single component raw material promptly to be difficult to satisfy the demand of these manufactured goods, be with; Then have the crowded tube of single ejaculation is replaced with the crowded tube of ejaculation in groups; And the crowded tube of this ejaculation in groups quantity is plural number, just can squeeze tube through different ejaculations and carry out the hot melt of different constitutive material and penetrate operation, in view of the above; Tube is squeezed in the ejaculation that industry promptly is able in groups; Carry out the ejection formation operation of different constitutive materials simultaneously, shortening the Process Technology of Polymer required time of processing procedure, and meet the demand of final manufactured goods.
But; The application of ejection forming technique on industry; Be not to be merely single final manufactured goods and to be provided with, therefore, when final manufactured goods change or industry change processing procedure; Jet forming machine can provide the processing method of giving application in industry enforcement that corresponding adjustment promptly need be arranged, and just can meet the demand of industry.
And the demand when implementing for the adaptation industry changes; The ejecting device of in known techniques, producing just like the tool polychrome elasticity that case disclosed before the novel M409156 patent of TaiWan, China; It is with ejaculation in groups and squeezes the in-line arrangement multimode standing posture Jet forming machine that tube cooperates most moulds station to be formed; Its concrete technical characterictic then is in these in-line arrangement multimode standing posture Jet forming machines, to be provided with two groups to penetrate crowded tube; And see through the separately operation that each group penetrates crowded tube, and make each group ejaculation squeeze tube and cooperate the procedure for processing of mould station partly respectively with the enforcement ejection formation, reach the purpose that elastification is produced.
But the technology contents that case is provided before this novel patent still belongs to deficiency, still can't agree with the actual demand of industry fully, has in addition improved necessity, to provide industrial circle best technology contents.
The utility model content
Therefore; The main purpose of the utility model is to provide a kind of multimode standing posture device for injection moulding in upright arrangement, and it makes two injection units of device for injection moulding and the relative configuration between unit, most moulds station, be able to through the connection between injection unit with separate; And the adjustment of relative position between the material sputtering nozzle of injection unit itself; Make this device for injection moulding be able to be suitable for producing of final manufactured goods more widely, enlarge the scope of application of this device for injection moulding, and be beneficial to the application of industry than known techniques.
For reaching above-mentioned purpose, the utility model adopts following technical scheme:
A kind of multimode standing posture device for injection moulding in upright arrangement includes:
One linearly extended guide unit;
Unit, most mould station is arranged in a side of this guide unit in regular turn and is the linear state parallel with this guide unit, and makes respectively that this unit, mould station is able to be installed with two set of molds respectively;
Two injection units with the connection bonding state that can be separated from each other each other, are slidedly arranged on this guide unit; And can receive guide unit guiding and in respectively displacement between this unit, mould station, when respectively this injection unit connects each other, this injection unit synchronous interlock on this guide unit respectively; And when respectively this injection unit is separated each other when coming, respectively this injection unit displacement separately on this guide unit, and; Respectively this injection unit has two respectively and penetrate to squeeze tube, and two material sputtering nozzles lay respectively at corresponding an ejaculation on the end end of squeezing tube, and must with the set of molds adjacency in the unit, corresponding mould station; Wherein, Respectively this injection unit can penetrate position and side by side in one respectively and repeatedly put displacement between the ejaculation position, and in the time of on being positioned at this ejaculation arranged side by side position, two material sputtering nozzles that had are positioned on the different gravity vertical each other; And repeatedly put when penetrating on the position when being positioned at this, two material sputtering nozzles that had are positioned on the same gravity vertical each other.
When said each injection unit connect each other on said guide unit during continued moving displacement; Said each unit, mould station is installed with two set of molds respectively, and said each injection unit is injected macromolecule raw material in the different set of molds at same mould station with said each material sputtering nozzle.
When said each injection unit separated from one anotherly on this guide unit during continued moving displacement; Said each unit, mould station is installed with two set of molds respectively; And said each injection unit is positioned on the said ejaculation arranged side by side position, and said each injection unit is injected macromolecule raw material in two set of molds at different mould station with the material sputtering nozzle that is had respectively.
When said each injection unit separated from one anotherly on this guide unit separately during displacement; Said each unit, mould station only is installed with a set of molds respectively; And make said each injection unit be positioned at said repeatedly putting on the ejaculation position, and said each injection unit is injected macromolecule raw material in the set of molds at different mould station with the material sputtering nozzle that is had respectively.
One of said each injection unit is located in mould station, the end end cell side at said each unit cell arrangement rectilinear end end, mould station, displacement between another injection unit other unit, mould station outside this mould station, end end.
When the said respectively unit of ejaculation was on said ejaculation arranged side by side position, position, two set of molds that are installed with in said each unit, mould station were respectively repeatedly to put the set of molds that forms by upper and lower two templates.
When the said respectively unit of ejaculation in the position said repeatedly putting when penetrating on the position, the set of molds that is installed with in said each unit, mould station is respectively repeatedly to put the set of molds that forms by three templates in upper, middle and lower.
When said each injection unit separated from one anotherly on said guide unit separately during displacement, said each unit, mould station only is installed with one and repeatedly puts the set of molds that forms by three templates in upper, middle and lower.
The length that the length of said guide unit is arranged greater than said each unit, mould station.
When said each injection unit is positioned on the said ejaculation arranged side by side position, said each material sputtering nozzle is positioned on the same horizontal plane.
The advantage of the utility model is:
The multimode standing posture device for injection moulding in upright arrangement of the utility model has more changeable operator scheme compared to known techniques, can significantly promote its flexibility on application in industry, more can satisfy the actual demand of industry.
Description of drawings
Fig. 1 is the stereo appearance figure of the utility model one preferred embodiment.
Fig. 2 is the floor map of the utility model one preferred embodiment, shows that respectively this injection unit is positioned at this separately to penetrate on position side by side, and connects each other and synchronously along this guide unit continued moving displacement.
Fig. 3 is the floor map of the utility model one preferred embodiment, shows that respectively this injection unit is positioned at this separately to penetrate on position side by side, and separated from one another and separately along this guide unit displacement.
Fig. 4 is the floor map of the utility model one preferred embodiment; Show that respectively this injection unit is positioned at this arranged side by side ejaculation on the position separately; And an injection unit is positioned on the initial station mould station location of this mould station unit cell arrangement straight line respectively, and another injection unit is then separately along this guide unit displacement.
Fig. 5 is the floor map of the utility model one preferred embodiment; Show that respectively this injection unit is positioned at this arranged side by side ejaculation on the position separately; And an injection unit is positioned on the terminal mould station location of this mould station unit cell arrangement straight line respectively, and another injection unit is then separately along this guide unit displacement.
Fig. 6 is the floor map of the utility model one preferred embodiment, shows that respectively this injection unit is positioned at this separately and repeatedly puts and penetrate on the position, and connects each other and synchronously along this guide unit continued moving displacement.
Fig. 7 is the floor map of the utility model one preferred embodiment, shows that respectively this injection unit is positioned at this separately and repeatedly puts and penetrate on the position, and separated from one another and separately along this guide unit displacement.
Fig. 8 is the floor map of the utility model one preferred embodiment, shows that an injection unit is positioned at this and repeatedly puts on the ejaculation position, and another injection unit then is positioned at this and penetrates locational signal () side by side.
Fig. 9 is the floor map of the utility model one preferred embodiment, shows that an injection unit is positioned at this and repeatedly puts on the ejaculation position, and another injection unit then is positioned at this and penetrates locational signal (two) side by side.
Figure 10 is the floor map of the utility model one preferred embodiment, shows that an injection unit is positioned at this and repeatedly puts on the ejaculation position, and another injection unit then is positioned at this and penetrates the position and the motionless signal () of fixing a point side by side.
Figure 11 is the floor map of the utility model one preferred embodiment, shows that an injection unit is positioned at this and repeatedly puts on the ejaculation position, and another injection unit then is positioned at this and penetrates the position and the motionless signal (two) of fixing a point side by side.
Figure 12 is the floor map of the utility model one preferred embodiment, shows that an injection unit is positioned at this and penetrates side by side on the position, and another injection unit then is positioned at this and repeatedly puts the ejaculation position and the motionless signal () of fixing a point.
Figure 13 is the floor map of the utility model one preferred embodiment, shows that an injection unit is positioned at this and penetrates side by side on the position, and another injection unit then is positioned at this and repeatedly puts the ejaculation position and the motionless signal (two) of fixing a point.
Figure 14 is the floor map of another preferred embodiment of the utility model; Show that respectively this injection unit is positioned at this separately and repeatedly puts and penetrate on the position; An injection unit wherein also is positioned on the top mould station location of this mould station unit cell arrangement straight line respectively, and other injection units then connect and synchronously along this guide unit continued moving displacement each other.
Figure 15 is the floor map of another preferred embodiment of the utility model; Show that respectively this injection unit is positioned at this separately and repeatedly puts and penetrate on the position; An injection unit wherein also is positioned on the top mould station location of this mould station unit cell arrangement straight line respectively, and other injection units are then separated from one another and separately along this guide unit displacement.
Reference numeral:
The right set of molds of the left set of molds of 10 multi-drop device for injection moulding in upright arrangement, 20 guide units 30, unit, 30 ' mould station 31 32 40,40 ' injection unit 41 penetrate and squeeze tube 42 material sputtering nozzles
The specific embodiment
Below; Now promptly lift two preferred embodiments with the utility model; And cooperate graphic being further described, at first, promptly see also Fig. 1 to shown in Figure 7; The multi-drop device for injection moulding 10 in upright arrangement that in the utility model one preferred embodiment, is provided, it has mainly comprised has a guide unit 20, eight unit, mould station 30 and two injection units 40.
This guide unit 20 is in order to providing the linearity guide mechanism of a suitable length, and belongs to the concrete technology contents that known techniques has disclosed, and can be identical with the technology contents that the guiding of sliding is provided with track.
Respectively this unit, mould station 30 (below Fig. 2 to stand 1 be explanation to station 8) is to arrange linearly shape each other in regular turn; And the straight line that respectively these unit, mould station 30 arrangements are is parallel with the linear guide direction that this guide unit 20 is provided; And make this unit, mould station 30 respectively be positioned at a side of this guide unit 20, wherein, respectively this unit, mould station 30 can supply respectively to be installed with arranged side by side each other about two set of molds 31,32; And optionally be installed with the whole of this set of molds 31,32 respectively or only hold one of them; Simultaneously, respectively this unit, mould station 30 be in order to the set of molds 31,32 that is installed with is opened, entire mould operation hold mold mechanism under the arm, no matter adopt toggle formula or direct press type etc. and hold the mould technology under the arm; Because of all belonging to the known techniques institute technology contents of open exposure, need not to give again deep explanation in this.
Respectively this injection unit 40 (representing with L and R respectively below Fig. 2) is slidedly arranged on respectively on this guide unit 20, and can receive powered attendant-controlled wheelchairs driving and under the guiding of this guide unit 20, in respectively these 30 displacement starts in unit, mould station; Be able to according to this in regular turn or fixed point ground to the set of molds in unit, mould station carry out the material feeding operation of macromolecule raw material, to carry out the molded and shaped operation of polymer shaping article, further; Respectively this injection unit 40 has two respectively and penetrate to squeeze tube 41 (representing that with 1,2,3 and 4 rifles this four squeezes tube below Fig. 2) and two material sputtering nozzles 42 (graphic below Fig. 2 represent with the arrow that is positioned at 1,2,3 and 4 rifle the place aheads); After with heat energy solid-state polymer raw material hot melt being molten mass, squeezing tube 41 by this ejaculation respectively provides and pushes the required thrust of macromolecule raw material that is the fusion figure, via the material sputtering nozzle 42 of correspondence raw material is injected the set of molds with the material sputtering nozzle adjacency again; Reach the program of material feeding according to this; But,, all belong to a ring of known techniques about these technology contents with macromolecule raw material fusion, propelling movement and material feeding; Allly have the knack of this operator and all know; In this, also need not remake explanation, and should particularly point out be:
One of which, two material sputtering nozzles 42 being had of this injection unit 40 respectively; Its relative position is to each other repeatedly put displacement between the ejaculation position for penetrating position and side by side in one controllably; When being positioned at this and penetrating side by side on position, two material sputtering nozzles of same injection unit are positioned on the same horizontal plane to each other, and when being positioned at this and repeatedly putting on the ejaculation position; Two material sputtering nozzles of same injection unit are positioned on the same gravity vertical direction of different level to each other; And making respectively this material sputtering nozzle penetrate locational displacement start with repeatedly putting in respectively penetrating the position side by side for reaching, its feasible embodiment is: on the same injection unit two are penetrated squeeze tube to be slidedly arranged on one respectively and penetrate on the seat board, making respectively again, this ejaculation seat board is slidedly arranged on the principal saddle simultaneously; And be slidedly arranged on this guide unit with this principal saddle; Wherein, one of them that respectively should penetrate seat board can the edge direction parallel with this guide unit and horizontal displacement on this principal saddle, and another penetrate seat board can the edge direction vertical with this guide unit and vertical displacement on this principal saddle (about its detailed technology contents; The applicant is in the application that proposes patent on the same day with separate case); In view of the above, can drive respectively this ejaculation and squeeze tube displacement start, and make a material sputtering nozzle relative position to each other that is positioned at the crowded tube end of respectively this ejaculation end change to required corresponding states synchronously.
Two, respectively this injection unit 40 can be connect by suitable linkage element to each other each other, and synchronously in these guide unit 20 top offset starts, also can be after this linkage element of removal; Make respectively this injection unit 40 respectively at independent separately start on this guide unit 20; Particularly, the coupling arrangement of 40 of this injection units respectively is able to the suitable connection body of rod and bridges at respectively this injection unit 40 in order between the ejaculation seat board that carries crowded of respectively this ejaculations; In view of the above; The connection body of rod that then respectively this injection unit 40 can be through institute's bridge joint and interlock each other also can be after removal connect the body of rod, separated from one another and start separately; But the aspect of its practical implementation is not as limit; It also can need not the connection through these linkage element; Control the respectively displacement of this injection unit 40 accurately and can see through formula; Make this injection unit 40 respectively carry out the synchronous shift or the different displacement modes of displacement respectively, to adapt to the required of actual industry.
Through above-mentioned composition; The user mode that 10 ability confessions of multimode standing posture device for injection moulding in upright arrangement industry utilization that the utility model provided is implemented such as Fig. 2 are extremely shown in Figure 7, and can supply the macromolecule raw material of same composition required with the processing of the macromolecule raw material of different compositions:
One, in same set of molds, injects the macromolecule raw material of same composition
When application in industry should array multimode standing posture device for injection moulding 10; So that respectively this injection unit 40 is only injected the macromolecule raw material of same composition in same set of molds; Making respectively, this material sputtering nozzle 42 is positioned at this arranged side by side ejaculation on the position; And two material sputtering nozzles 42 that make same injection unit 40 are corresponding to two set of molds 31,32 in the unit, same mould station 30, and can adapt to actual demand and following embodiment is arranged:
A. this injection unit interlock each other respectively
See also shown in Figure 2; Respectively 40 of this injection units connect each other and are synchronized with this guide unit 20 top offsets; In view of the above, this array multimode standing posture device for injection moulding 10 is able to simultaneously four set of molds in the unit, two adjacent mould stations carried out material feeding through four material sputtering nozzles of these two injection units 40.
B. the respectively independent separately start of this injection unit
See also shown in Figure 3; Separated from one another and the independent displacement on this guide unit 20 separately of 40 of this injection units respectively; And correspond respectively to the unit, mould station 30 at four stations (to stand 14 be a group to the station, stand 58 be that another is organized) to the station; In view of the above; The set of molds that this array multimode standing posture device for injection moulding 10 is able to see through in this unit, 40 pairs of different mould stations of injection unit is respectively carried out material feeding; In other words, these occupation modes, promptly being equivalent to is that the parallel connection of device for injection moulding at two 4 stations is used; Just respectively the grouping of this unit, mould station 30 is not exceeded with the grouping person of quantity such as above-mentioned, and the grouping that it also can the unequal number amount, as to stand 1 be a group to station 34 is organized etc. for another to station 8 and stand.
C. make injection unit fixed point motionless
See also Fig. 4 and shown in Figure 5; Respectively 40 of this injection units are separated from one another; And make an injection unit be located in the end end of this guide unit, and on can initial station or terminal position, make this injection unit of being located only carry out material feeding with regard to unit, pairing mould station corresponding to this mould station unit cell arrangement straight line respectively; Another injection unit then can be along the displacement start between other unit, mould station of this guide unit, and the program of carrying out material feeding.
Above-mentioned material feeding is with the procedure of same composition macromolecule raw material, the set of molds that it is installed with in this unit, mould station respectively, and two templates of generally speaking serving as reasons are up and down repeatedly put the set of molds that forms, and make the mould chamber be formed at repeatedly between the fishplate bar face of bolster.
Two, in same set of molds, inject the macromolecule raw material of different composition
When application in industry should array multimode standing posture device for injection moulding 10; So that respectively this injection unit 40 is injected the macromolecule raw material of different composition in same set of molds; Making respectively this material sputtering nozzle 42 be positioned at this repeatedly puts and penetrates on the position; And two material sputtering nozzles that make same injection unit are corresponding to same set of molds, and the macromolecule raw material of different composition is injected same set of molds via two material sputtering nozzles of same injection unit, and can adapt to actual demand and following described embodiment is arranged:
D. this injection unit interlock each other respectively
See also shown in Figure 6; Respectively this injection unit 40 connects and synchronously in this guide unit top offset each other; In view of the above; This array multimode standing posture device for injection moulding 10 can be through these two injection units 40 four material sputtering nozzles, to two set of molds in the unit, same mould station, respectively the macromolecule raw material of different composition is injected same set of molds with the time.
E. respectively this injection unit start independently of one another
See also shown in Figure 7; Respectively this injection unit 40 is separated and independent displacement on this guide unit separately each other; In view of the above; This array multimode standing posture device for injection moulding 10 can be through a set of molds in this unit, 40 pairs of different mould stations of injection unit respectively, and the macromolecule raw material with different composition injects same set of molds respectively.
Above-mentioned material feeding is with the procedure of different composition macromolecule raw material; Its set of molds that in this unit, mould station respectively, is installed with by last, in and following three templates repeatedly put and form; And in last, in and in, form the mould chamber respectively between the repeatedly fishplate bar face of lower bolster, for the injection of macromolecule raw material; Wherein, When this injection unit respectively connects and during synchronous shift to each other; Respectively be installed with two set of molds in this unit, mould station respectively in wherein, and separate and separately during independent start, respectively only hold respectively in this unit, mould station and penetrate a set of molds in wherein when this injection unit respectively is to each other.
Three, mix material feeding
This array multimode standing posture device for injection moulding 10 is except that carrying out as above-mentioned one, 2 two illustrated embodiments; It also can look the actual demand of industry; And can make respectively this injection unit; One is to be ejaculation arranged side by side between material sputtering nozzle, and another person repeatedly puts ejaculation for being between material sputtering nozzle, and following illustrated embodiment is arranged:
F. the respectively separated from one another and independent separately start on this guide unit of this injection unit
See also Fig. 8 and shown in Figure 9; Wherein, the material sputtering nozzle of an injection unit is ejaculation arranged side by side position, and another injection unit then becomes repeatedly to put the ejaculation position; And make respectively this injection unit carry out material feeding with regard to unit, four mould stations respectively; In view of the above, this array multimode standing posture device for injection moulding 10 can carry out the molded and shaped operation of different product simultaneously, to improve the service efficiency of this array multimode standing posture device for injection moulding 10.
G. make an injection unit be fixed point, another injection unit is then removable
See also Figure 10 to shown in Figure 13, this array multimode standing posture device for injection moulding 10 can make an injection unit be located in the end end of this guide unit, and corresponding to the respectively initial station or the terminal position of this mould station unit cell arrangement; Another injection unit then can displacement start between other unit, mould station, and simultaneously, the material sputtering nozzle position of fixed point injection unit also is different from the material sputtering nozzle position of moving injection unit; Easy speech; When if the material sputtering nozzle of the injection unit of promptly fixing a point is positioned at this ejaculation arranged side by side position, the material sputtering nozzle that then moves injection unit promptly is positioned at this and repeatedly puts the ejaculation position, otherwise; When being positioned at this, repeatedly puts when penetrating the position material sputtering nozzle of fixed point injection unit; The material sputtering nozzle that then moves injection unit promptly is positioned at this and penetrates on the position side by side, in view of the above, can more flexible embodiment be arranged the confession industry.
And when this array multimode standing posture device for injection moulding is applied to that different composition macromolecule raw material injected same set of molds; Except that the enforcement state of above explanation; It also can be as as Figure 14 and another preferred embodiment shown in Figure 15; Can be in the embodiment of above-mentioned two d. point explanation the basis down, make the quantity of injection unit increase to three, and an injection unit 40 ' that will increase is positioned on the last position of end of this guide unit; Make it top or terminal position corresponding to respectively this unit, mould station 30 ' arrangement, two other injection unit that connects each other is only displacement between remaining unit, mould station then.
At last, and what should explain is that this array multimode standing posture device for injection moulding on the implementation; The length that also can make this guide unit is greater than the formed straight length of this mould station unit cell arrangement respectively, in view of the above, then respectively this injection unit on using; Also can make one of them injection unit be positioned at the length range that this guide unit exceeds and be not used or only use one one, likewise, also can be under situation about not increasing in guide unit length; See through to reduce the set of molds quantity that unit, last mould station, station is installed with, reach an injection unit all stop using or only stop using one one occupation mode, all this kind; All only be the occupation mode that the utility model can provide, but not as limit, in other words; This array multimode standing posture device for injection moulding is compared to known techniques; Really have more changeable operator scheme, can significantly promote its flexibility on application in industry, and can satisfy the actual demand of industry.

Claims (10)

1. a multimode standing posture device for injection moulding in upright arrangement is characterized in that, includes:
One linearly extended guide unit;
Unit, most mould station is arranged in a side of this guide unit in regular turn and is the linear state parallel with this guide unit, and makes respectively that this unit, mould station is able to be installed with two set of molds respectively;
Two injection units with the connection bonding state that can be separated from each other each other, are slidedly arranged on this guide unit; And can receive guide unit guiding and in respectively displacement between this unit, mould station, when respectively this injection unit connects each other, this injection unit synchronous interlock on this guide unit respectively; And when respectively this injection unit is separated each other when coming, respectively this injection unit displacement separately on this guide unit, and; Respectively this injection unit has two respectively and penetrate to squeeze tube, and two material sputtering nozzles lay respectively at corresponding an ejaculation on the end end of squeezing tube, and must with the set of molds adjacency in the unit, corresponding mould station; Wherein, Respectively this injection unit can penetrate position and side by side in one respectively and repeatedly put displacement between the ejaculation position, and in the time of on being positioned at this ejaculation arranged side by side position, two material sputtering nozzles that had are positioned on the different gravity vertical each other; And repeatedly put when penetrating on the position when being positioned at this, two material sputtering nozzles that had are positioned on the same gravity vertical each other.
2. multimode standing posture device for injection moulding in upright arrangement according to claim 1; It is characterized in that; When said each injection unit connect each other on said guide unit during continued moving displacement; Said each unit, mould station is installed with two set of molds respectively, and said each injection unit is injected macromolecule raw material in the different set of molds at same mould station with said each material sputtering nozzle.
3. multimode standing posture device for injection moulding in upright arrangement according to claim 1; It is characterized in that; When said each injection unit separated from one anotherly on this guide unit during continued moving displacement; Said each unit, mould station is installed with two set of molds respectively, and said each injection unit is positioned on the said ejaculation arranged side by side position, and said each injection unit is injected macromolecule raw material in two set of molds at different mould station with the material sputtering nozzle that is had respectively.
4. multimode standing posture device for injection moulding in upright arrangement according to claim 1; It is characterized in that; When said each injection unit separated from one anotherly on this guide unit separately during displacement; Said each unit, mould station only is installed with a set of molds respectively, and makes said each injection unit be positioned at said repeatedly putting on the ejaculation position, and said each injection unit is injected macromolecule raw material in the set of molds at different mould station with the material sputtering nozzle that is had respectively.
5. according to claim 3 or 4 described multimode standing posture device for injection moulding in upright arrangement; It is characterized in that; One of said each injection unit is located in mould station, the end end cell side at said each unit cell arrangement rectilinear end end, mould station, displacement between another injection unit other unit, mould station outside this mould station, end end.
6. multimode standing posture device for injection moulding in upright arrangement according to claim 1; It is characterized in that; When the said respectively unit of ejaculation was on said ejaculation arranged side by side position, position, two set of molds that are installed with in said each unit, mould station were respectively repeatedly to put the set of molds that forms by upper and lower two templates.
7. multimode standing posture device for injection moulding in upright arrangement according to claim 1; It is characterized in that; When the said respectively unit of ejaculation in the position said repeatedly putting when penetrating on the position, the set of molds that is installed with in said each unit, mould station is respectively repeatedly to put the set of molds that forms by three templates in upper, middle and lower.
8. multimode standing posture device for injection moulding in upright arrangement according to claim 7; It is characterized in that; When said each injection unit separated from one anotherly on said guide unit separately during displacement, said each unit, mould station only is installed with one and repeatedly puts the set of molds that forms by three templates in upper, middle and lower.
9. multimode standing posture device for injection moulding in upright arrangement according to claim 1 is characterized in that, the length that the length of said guide unit is arranged greater than said each unit, mould station.
10. multimode standing posture device for injection moulding in upright arrangement according to claim 1 is characterized in that, when said each injection unit is positioned on the said ejaculation arranged side by side position, said each material sputtering nozzle is positioned on the same horizontal plane.
CN2012200791019U 2012-03-05 2012-03-05 Vertical multimode station type injection molding device Expired - Lifetime CN202540601U (en)

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Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
CN2012200791019U CN202540601U (en) 2012-03-05 2012-03-05 Vertical multimode station type injection molding device

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CN202540601U true CN202540601U (en) 2012-11-21

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104117654A (en) * 2013-04-24 2014-10-29 中传企业股份有限公司 Die-casting machine and injection molding method
CN104742296B (en) * 2013-12-31 2017-04-12 钜钢机械股份有限公司 Injection molding processing method of elastomers and elastic processing system for injection molding of elastomers
CN112208046A (en) * 2019-07-12 2021-01-12 欧特捷实业股份有限公司 Foaming processing method and system for elastic polymer by using supercritical fluid as foaming agent

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104117654A (en) * 2013-04-24 2014-10-29 中传企业股份有限公司 Die-casting machine and injection molding method
CN104742296B (en) * 2013-12-31 2017-04-12 钜钢机械股份有限公司 Injection molding processing method of elastomers and elastic processing system for injection molding of elastomers
CN112208046A (en) * 2019-07-12 2021-01-12 欧特捷实业股份有限公司 Foaming processing method and system for elastic polymer by using supercritical fluid as foaming agent

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