CN103372947A - Injection molding machine for flexible pipe body - Google Patents
Injection molding machine for flexible pipe body Download PDFInfo
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- CN103372947A CN103372947A CN2012101059709A CN201210105970A CN103372947A CN 103372947 A CN103372947 A CN 103372947A CN 2012101059709 A CN2012101059709 A CN 2012101059709A CN 201210105970 A CN201210105970 A CN 201210105970A CN 103372947 A CN103372947 A CN 103372947A
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Abstract
The invention provides a full-automatic injection molding machine for a flexible pipe body. The injection molding machine is composed of a machine table, a rotary table, a feeding device, an injection unit and a discharge device. The feeding device is arranged at a feeding zone, and places flexible pipe bodies in receiving grooves of a feeding table in order through a distributor. Then the flexible pipe bodies are plugged onto plug pins located at rotary stands of the rotary table through pushing motion of a pushing seat, and each rotary stand drives the flexible pipe bodies into an injection zone and a discharge zone in order, to realize full-automatic operations of feeding, injection of injection members and discharge of finished products, thus the flexible pipe bodies can combine injection members automatically after the above operations, the productivity of finished products can be raised effectively and greatly, the production time can be shortened, and the manpower demand can be reduced.
Description
Technical field
The present invention is relevant a kind of Jet forming machine, espespecially a kind of full-automatic Jet forming machine that can increase the ejaculation production capacity and be used for flexible pipe.
Background technology
Be widely used in Plastics Processing Industry by jetting formation process, jetting formation process mainly can be summarized as three stages: Guan Mo, reinforced ejaculation and be cooled to the product demoulding usually, and aforesaid jetting formation process is all finished in a jetting mold.
Namely take domestic animal with impregnator as example, it comprises an insemination tube, and this insemination tube is a flexible pipe, and two ends are respectively equipped with a hollow sponge elastomer and an end plug, this sponge elastomer is to be incorporated into insemination tube one end with adhesive means, end plug then with ejection formation in the insemination tube other end.
And the injection part of traditional flexible pipe, the injection molding method of end plug for example, in each die cavity of mould, a latch to be set, as want to carry out the ejaculation operation of injection part, the staff first with manual mode with the flexible pipe alignment pins, insert one by one again the location, until all pegging graft, the latch of each die cavity of mould behind the flexible pipe, starting the ejaculation switch, makes, behind the counterdie matched moulds, can carry out the ejaculation of injection part, and after waiting for the injection part cooling quietly, on, the counterdie die sinking, the staff is detached flexible pipe more one by one by latch, and remove the material bone, namely finish the operation of flexible pipe and the demoulding of end plug finished product.
See it by aforementioned ejaculation process flow, this flexible pipe must and be pulled out by artificial grafting, so that is limited by the artificial plug speed of flexible pipe on production capacity fully, and can't increase the production capacity that penetrates finished product.Therefore, how the jetting formation process operation of flexible pipe and ejecting product can automatically be carried out, be the difficult problem that relevant dealer demands urgently overcoming.
Summary of the invention
It is a kind of for the full-automatic Jet forming machine of flexible pipe that main purpose of the present invention is to provide, it is the pan feeding of flexible pipe location, injection part to be penetrated and the technique of finished product discharging designs via full-automation, so that flexible pipe is via aforesaid technique, and combine with injection part, except can effectively significantly increasing the production capacity of finished product, and can shorten production hour and reduce manpower demand.
For reaching aforesaid purpose, the technology used in the present invention means provide a kind of for the full-automatic Jet forming machine of flexible pipe, and it comprises:
One board, its workbench top have the vertical lifting platform of lifting, and the movable mold of a mould is installed in this lifting platform bottom surface, and this movable mold below bench top is installed a fixed die that can form with movable mold the opening and closing mould;
One rotating disk, it is via the control of a transmission and elevating mechanism, and is able to carry out in bench top the action of vertical lifting, rotation and location, and this rotating disk periphery isogonism arranges three pivoted frames, and each pivoted frame lateral surface projects at least one latch;
One feeding device, its have one flexible pipe is dispensed to by root ground bottom the distributor of feed table, this feed table end face is provided with for the accommodating storage tank of flexible pipe, and after inwardly sliding onto material feeding region, by one push away the seat propelling movement, after making the flexible pipe grafting and being positioned the latch of each pivoted frame, this feed table outwards slides onto the loading area of dispenser bottom, to continue to load flexible pipe;
One injection unit, it is positioned at and penetrates the district, and is installed in the lifting platform end face, makes this injection unit can be along with the vertical lifting of lifting platform;
One drawing mechanism, its be positioned at discharge zone and have one with the carrier of lifting platform interlock, this carrier below and bench top are provided with relatively can be outside or the upper and lower slide of inside slippage, at the bottom of this upper and lower slide, end face is provided with liftable clamping pressing plate and a supporting splint relatively;
When the pivoted frame of grafting flexible pipe was driven in the fixed die of distinguishing to ejaculation by rotating disk by material feeding region, this lifting platform descended, and makes movable mold and fixed die form matched moulds, and this injection unit namely penetrates operation to mould, makes each flexible pipe in conjunction with injection part; At this moment, another pivoted frame with flexible pipe of injection part is driven to discharge zone by penetrating the district by rotating disk, each flexible pipe is bridged at the supporting splint end face, this clamping pressing plate descends, and with the common clamping flexible pipe of supporting splint after, this upper and lower slide is outwards slippage synchronously, make each flexible pipe break away from latch on the pivoted frame that is positioned at discharge zone, then this clamping pressing plate rises, after removing the clamping to each flexible pipe, this pivoted frame that is positioned at discharge zone by driven by rotary disc to material feeding region.
Description of drawings
For above-mentioned feature and advantage of the present invention can be become apparent, embodiment cited below particularly, and cooperate accompanying drawing to be described in detail below, wherein:
Fig. 1 to Fig. 3 is the stereogram of three different visual angles of Jet forming machine of the present invention.
Fig. 4 is the top view after Jet forming machine of the present invention removes lifting platform.
Fig. 5 is that feeding device of the present invention carries out the local enlarged diagram that flexible pipe is pegged graft and located.
Profile when Fig. 6 and Fig. 7 are the distributor start of feeding device of the present invention.
Fig. 8 is the local enlarged diagram of drawing mechanism of the present invention.
Fig. 9 to Figure 12 is the action flow chart that drawing mechanism of the present invention carries out the discharging of flexible pipe finished product.
The specific embodiment
To shown in Figure 5, basically, it is by a board 1, one rotating disk 2, one feeding devices 3, one injection units 4 that the present invention is used for the full-automatic Jet forming machine of flexible pipe, and a drawing mechanism 5 forms such as Fig. 1.
The movable mold 141 of an injection unit 4 and a mould 14 is installed respectively in these lifting platform 12 tops, bottom surface, and a fixed die 142 is then installed in the corresponding movable mold of workbench 11 end faces 141 positions.Therefore, this lifting platform 12 respectively forms die sinking or matched moulds kenel so that be installed in the movable mold 141 of lifting platform 11 bottom surfaces with the fixed die 142 that is installed in workbench 11 end faces via vertical elevating control of driving mechanism 13.And the 14 ejaculation operations to mould of injection unit 4 are to belong to known technology, do not intend giving unnecessary details at this.
Rotating disk 2 is take disk as good, its liftable, rotates and positioningly be hubbed at this workbench 11 end faces, and this rotating disk 2 is via the control of a transmission and elevating mechanism, and is able to carry out the action of lifting, rotation and location at workbench 11.As shown in Figure 4, these rotating disk 2 periphery isogonisms arrange three pivoted frames 21, and each pivoted frame 21 lateral surface projects at least one, and for example ten six roots of sensation are arranged latch 22 in line, in order to peg graft with fixing, so that each pivoted frame 21 is along with rotating disk 2 rotates in a clockwise direction for flexible pipe 6.
Such as Fig. 1 and shown in Figure 5, feeding device 3 comprises that a distributor 31, one feed tablies 32 and push away seat 33.This distributor 31 is that flexible pipe 6 is dispensed on the feed table 32 in bottom loaded district with pursuing root.And corresponding aforementioned each latch 22 position of these feed table 32 end faces are arranged with storage tank 321 abreast, because this feed table 32 is via a transmission device, for example servo motor is (known, illustrated) control, therefore, after this feed table 32 each storage tank 321 in loading area is accepted a flexible pipe 6, immediately along one section predeterminable range of rail moving of bottom surface, in order to accept another root flexible pipe 6, this feed table 32 is moved towards the material feeding region that pushes away between seat 33 and the pivoted frame 21.
At this moment, lifting platform 12 moves down, make the movable mold 141 and fixed die 142 matched moulds of mould 14, and the positioning pressuring plate 15 that will be fixedly arranged on lifting platform 12 leading flanks one end also moves down synchronously, make these positioning pressuring plate 15 bottom surfaces be resisted against flexible pipe 6 end faces in the storage tank 321, until these feed table 32 last storage tanks 321 are moved to material feeding region fully, each flexible pipe 6 pressing plate 15 that is positioned is pressed.Then, push away seat 33 by one first retractor device 331, for example pneumatic cylinder is inwardly passed, and makes to push away seat 33 medial surfaces and promote each flexible pipe 6 and move towards the pivoted frame 21 corresponding latches 22 that arrange, and directly is plugged in location on the latch 22; Perhaps, this pushes away seat 33 and inwardly passes by one first retractor device 331, make push away seat 33 medial surfaces and promote each flexible pipe 6 and move to corresponding latch 22 the place aheads that arrange of pivoted frame 21 after, this pushes away the second set retractor device 332 of seat 33 corresponding each latch 22 position, for example pneumatic cylinder further inwardly pushes each flexible pipe 6, so that each flexible pipe 6 is plugged in location on the latch 22, to finish grafting and the positioning process in material feeding region.
Such as Fig. 1, Fig. 3, Figure 6 and Figure 7, this distributor 31 has the entrance 311 of accepting the flexible pipe 6 that known tape transport comes, be positioned at upright channels 313 that distributor 31 belows and width be slightly larger than or equaled flexible pipe 6 external diameters in order to flexible pipe 6 is delivered to along oblique guide plate 312 downwards, this measure, each flexible pipe 6 only can be fallen into downwards to upright channels 313 along oblique guide plate 312 and also sequentially move down, and the bottom opening 314 of this upright channels is opened or is closed by a block that can move back and forth 315 controls, in order to flexible pipe 6 is sequentially packed in the storage tank 321 of feed table 32, perhaps close the bottom opening 314 of upright channels 313, and stop to load flexible pipe 6.
When feeding device 3 flexible pipe 6 is pegged graft with the latch 22 that is positioned pivoted frame 21 on the time, this pushes away seat 33 by the first retractor device 331 involution original positions, at this moment, this lifting platform 12 rises synchronously with positioning pressuring plate 15, after making the movable mold 141 and fixed die 142 formation die sinkings of mould 14, this rotating disk 2 rises simultaneously with pivoted frame 21 and clockwise rotation, so that after material feeding region is pegged graft with flexible pipe 6 rotations that are positioned pivoted frame 21 and is positioned to penetrate above the fixed die 142 in district, this feed table 32 is by transmission device involution original position, this moment, this rotating disk 2 and pivoted frame 21 descended simultaneously, in order to each flexible pipe 6 is inserted in the default die cavity of fixed die 142, then this lifting platform 12 descends, make movable mold 141 and fixed die 142 form matched moulds, at this moment, the distributor 31 of material feeding region, feed table 32 and push away grafting and the positioning operation that seat 33 continues to carry out flexible pipe 6 and the latch 22 of pivoted frame 21.
Then, as shown in Figure 2,4 pairs of moulds of injection unit 14 carry out injection part 61, the for example ejaculation operation of end plug makes each injection part 61 be incorporated into flexible pipe 6 inner ends, and after waiting for peacefully cooling, this lifting platform 12 rises, and makes movable mold 141 and fixed die 142 form die sinking.At this moment, this rotating disk 2 rises simultaneously with the pivoted frame 21 that is positioned at the ejaculation district, so that behind the die cavity of each flexible pipe 6 and injection part 61 disengaging fixed dies 142, this rotating disk 2 drives once again and is positioned at two pivoted frames, 21 rotations of penetrating district and material feeding region, in order to enter and be positioned at discharge zone, penetrate the district, another pivoted frame 21 then enters material feeding region, is predefined for operation in order to carry out the grafting of flexible pipe 6.
Extremely shown in Figure 12 such as Fig. 3, Fig. 8, drawing mechanism 5 is to be located at discharge zone, it has a carrier 51 that is fixedly arranged on the lifting platform 12 leading flank other ends, these carrier 51 belows and workbench 11 end faces relatively are provided with and are respectively the 3rd, the 4th retractor device 521,531, the upper and lower slide 52,53 that drives of pneumatic cylinder for example, so that this upper and lower slide 52,53 is subject to the 3rd, the 4th retractor device 521,531 driving, and be able to outwards or inwardly slide synchronously.Wherein, this upper and lower slide 52,53 ends, end face relatively are provided with one and are subject to the 5th retractor device 522, for example the clamping pressing plate 523 of lifting that pneumatic cylinder drives and a supporting splint 532.Therefore, when this rotating disk 2 and the pivoted frame 21 that is positioned at discharge zone descend simultaneously, each flexible pipe 6 is bridged at supporting splint 532 end faces; Then, this lifting platform 12 sequentially descends respectively with clamping pressing plate 523, after making clamping pressing plate 523 and supporting splint 532 common clamping flexible pipes 6, three, the 4th retractor device 521,531 simultaneously starts, make synchronously outwards slippage of upper and lower slide 52,53, the latch 22 that each flexible pipe 6 is broken away from the pivoted frame 21 that is positioned at discharge zone, and outside discharge zone side shifting, then this clamping pressing plate 523 rises, to remove clamp position, the flexible pipe with injection part 61 6 that breaks away from latch 22 can be fallen in the finished product collecting box.At this moment, this rotating disk 2 drives once again the pivoted frame 21 that is positioned at discharge zone and enters material feeding region, in order to carry out grafting and the positioning operation of flexible pipe 6, namely forms one and penetrates the finished product production cycle cycle.
Wherein, this clamping pressing plate 523 and a pair of alignment pin 524 of the relative projection in supporting splint 532 both sides and a pair of locating hole 533, when clamping pressing plate 523 descends, this namely inserts in the locating hole 533 alignment pin 524, and be conducive to the 3rd, the 4th retractor device 521,531 simultaneously starts, so that synchronously outwards slippage of upper and lower slide 52,53.
In addition, this upper and lower slide 52,53 clamping pressing plate 523 and supporting splint 532 outsides further comprise a conveying device 54, and it comprises upper roller 541 and the bottom roller 542 that relatively is hubbed between the upper and lower slide 52,53; Such as 8 and shown in Figure 9, this upper roller 541 is to be driven pulley, and it is subject to the control of one the 6th retractor device 543, and is able to vertical lifting, and these bottom roller 542 outsides then connect a transmission device 544, for example servo motor.Please consult Figure 11 to Figure 12, this clamping pressing plate 523 rises again, and breaks away from latch 22 to remove clamp position, to make the flexible pipe 6 with injection part 61.At this moment, this upper roller 541 descends, and with bottom roller 542 clamping flexible pipe 6 together, then these bottom roller 542 rotations, make upper roller 541 reverse rotations, and order respectively has the flexible pipe 6 of injection part 61 via upper and lower roller 541,542 drives, and breaks away from discharge zone and being delivered in the finished product collecting box via known slideway or product conveying belt.
Especially have into the person, this drawing mechanism 5 comprises a material bone remover 55 in addition, it is installed in carrier 51 inboards, this material diastasis of bone device 55 comprises the vertical divider 551 of lifting, this divider 551 is controlled by one the 7th retractor device 552, and be able to vertical lifting, and material bone pin 553 is stretched out in the slit separately downwards between corresponding adjacent two flexible pipes 6 in these divider 551 the place aheads, and the workbench 11 end face projections one material diastasis of bone plate 554 in the outside, described material bone pin 553 belows, and these material diastasis of bone plate 554 corresponding each flexible pipe 6 positions are arranged with a holding groove 555.
To shown in Figure 11, when this rotating disk 2 and the pivoted frame 21 that is positioned at discharge zone descend, make each flexible pipe 6 bridge simultaneously in the holding groove 555 of material diastasis of bone plate 554 and supporting splint 532 end faces such as Fig. 9; Then, this lifting platform 12, after material bone pin 553 and clamping pressing plate 523 sequentially descend, make described material bone pin 553 be connected to material bone 62 between the injection part 61, and after making clamping pressing plate 523 and supporting splint 532 common clamping flexible pipes 6, the 3rd, the 4th retractor device 521,531 simultaneously starts, make, lower slider 52,53 synchronously outwards slippages, make flexible pipe 6 break away from the latch 22 of pivoted frame 21, this material bone 62 i.e. stopping by material bone pin 553, and separate with injection part 61, and drop on the slideway or material bone conveyer belt 556 of material diastasis of bone plate 554 inboards, outwards carry in the scrap collecting tank in order to will expect bone 62.
Please consult again Fig. 2 and Fig. 3, one buffer unit 7 is set on the workbench 11 in the upstream of this ejaculation district and discharge zone that is mould 14 and drawing mechanism 5 left sides separately, and each buffer unit 7 is in conjunction with a bolster 72 that is made of many bristles 721 with the extension rod 711 at a fixed mount 71 tops.The effect of this bolster 72 is, when pivoted frame 21 drives flexible pipe 6 rotations or location, the movable end of this flexible pipe 6 can touch the bristle 721 of this bolster 72, active force or reaction force when making described bristle 721 absorb flexible pipe 6 rotations or location, touch each other with the active end end of avoiding flexible pipe 6 and may cause the situation of breaking, thereby increase the yield of producing.
So, via enforcement of the present invention, its effect that gains is, the present invention is contained in flexible pipe in the storage tank of feed table by distributor in order at material feeding region, and then via the passing action that pushes away seat, flexible pipe is pegged graft on the latch with the pivoted frame that is positioned rotating disk, and each pivoted frame drives in order flexible pipe and enters ejaculation district and discharge zone, and then form full automatic pan feeding, injection part penetrates and finished product discharging operation, so that flexible pipe is via aforesaid operation, and automation ground combines with injection part, except can effectively significantly increasing the production capacity of finished product, and can shorten production hour and reduction manpower demand.Moreover, setting by drawing mechanism, but so that the latch automatic trip with the flexible pipe of injection part and pivoted frame from, and further by conveying device finished product is sent by discharge zone, order will be expected bone by breaking away from the injection part by a material diastasis of bone device, really be a ware large good structure not seen before.
Disclosed, be a kind of of preferred embodiment, the change of every part or modification and come from technological thought of the present invention and be have the knack of this technology the people was easy to know by inference, all do not take off claim category of the present invention.
Claims (12)
1. one kind is used for the full-automatic Jet forming machine of flexible pipe, and it comprises:
One board, its workbench top have the vertical lifting platform of lifting, and the movable mold of a mould is installed in this lifting platform bottom surface, and this movable mold below bench top is installed a fixed die that can form with movable mold the opening and closing mould;
One rotating disk, it is via the control of a transmission and elevating mechanism, and is able to carry out in bench top the action of vertical lifting, rotation and location, and this rotating disk periphery isogonism arranges three pivoted frames, and each pivoted frame lateral surface projects at least one latch;
One feeding device, its have one flexible pipe is dispensed to by root ground bottom the distributor of feed table, this feed table end face is provided with for the accommodating storage tank of flexible pipe, and after inwardly sliding onto material feeding region, by one push away the seat propelling movement, after making the flexible pipe grafting and being positioned the latch of each pivoted frame, this feed table outwards slides onto the loading area of dispenser bottom, to continue to load flexible pipe;
One injection unit, it is positioned at and penetrates the district, and is installed in the lifting platform end face, makes this injection unit can be along with the vertical lifting of lifting platform;
One drawing mechanism, its be positioned at discharge zone and have one with the carrier of lifting platform interlock, this carrier below and bench top are provided with relatively can be outside or the upper and lower slide of inside slippage, at the bottom of this upper and lower slide, end face is provided with liftable clamping pressing plate and a supporting splint relatively;
When the pivoted frame of grafting flexible pipe was driven in the fixed die of distinguishing to ejaculation by rotating disk by material feeding region, this lifting platform descended, and makes movable mold and fixed die form matched moulds, and this injection unit namely penetrates operation to mould, makes each flexible pipe in conjunction with injection part; At this moment, another pivoted frame with flexible pipe of injection part is driven to discharge zone by penetrating the district by rotating disk, each flexible pipe is bridged at the supporting splint end face, this clamping pressing plate descends, and with the common clamping flexible pipe of supporting splint after, this upper and lower slide is outwards slippage synchronously, make each flexible pipe break away from latch on the pivoted frame that is positioned at discharge zone, then this clamping pressing plate rises, after removing the clamping to each flexible pipe, this pivoted frame that is positioned at discharge zone by driven by rotary disc to material feeding region.
2. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein this lifting platform is by the vertical lifting of a driving mechanisms control, this driving mechanism comprises at least one telescoping cylinder that is installed in the workbench bottom surface, the expansion link that stretch out each telescoping cylinder bottom is installed on the follower plate, and this follower plate utilizes the many connecting rods that pass through workbench to be connected in lifting platform.
3. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein said latch is arranged in line at the pivoted frame lateral surface.
4. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein this lifting platform leading flank be positioned at material feeding region further comprise one the location pressing plate, this positioning pressuring plate and lifting platform synchronization lifting; When lifting platform descended, this positioning pressuring plate bottom surface was resisted against the flexible pipe end face in this feed table storage tank, and each flexible pipe is pressed by this positioning pressuring plate.
5. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein this pushes away seat and inwardly passes by one first retractor device, makes to push away a medial surface and promote each flexible pipe and move towards the corresponding latch that arranges of pivoted frame.
6. as claimed in claim 5 for the full-automatic Jet forming machine of flexible pipe, wherein this pushes away corresponding each the latch position of a lateral surface and is provided with the second retractor device, inwardly pushes by each second retractor device, each flexible pipe is plugged on the latch locates.
7. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein this distributor comprises the entrance that a flexible pipe enters, be positioned at upright channels that distributor below and width be slightly larger than or equaled flexible pipe body diameter in order to flexible pipe is delivered to along oblique guide plate downwards, the bottom opening of this upright channels is opened or is closed by the block control that can move back and forth, in order to flexible pipe is sequentially packed in the storage tank of feed table, perhaps close the bottom opening of upright channels, and stop to load flexible pipe.
8. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, the wherein a pair of alignment pin of the relative projection with the supporting splint both sides of this clamping pressing plate and a pair of locating hole of pegging graft for alignment pin.
9. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein this upper and lower slide outside further comprises a conveying device, this conveying device has a pair of upper and lower roller that relatively is hubbed at upper and lower slide, wherein vertically lifting of this upper roller, and this upper and lower roller is respectively driven pulley and driving wheel;
When the flexible pipe with injection part breaks away from latch on the pivoted frame be positioned at discharge zone, this upper roller descends, and with bottom roller together behind the clamping flexible pipe, this bottom roller rotation, make the upper roller reverse rotation, and make the flexible pipe that respectively has injection part drive via upper and lower roller, and break away from discharge zone.
10. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein this drawing mechanism further comprises a material bone remover, this material bone remover is installed in the carrier inboard, it comprises the vertical divider of lifting, and material bone pin is stretched out in the slit separately downwards between corresponding adjacent two flexible pipes in this divider the place ahead, the bench top projection one material diastasis of bone plate in the outside, described material bone pin below, and corresponding each the flexible pipe body position of this material diastasis of bone plate is arranged with a holding groove;
When the pivoted frame that is positioned at discharge zone descends, each flexible pipe is bridged in the holding groove of material diastasis of bone plate and the supporting splint end face simultaneously; At this moment, this lifting platform, material bone pin and clamping pressing plate sequentially descend, make described material bone pin be connected to material bone between the injection part, and behind the common clamping flexible pipe of this clamping pressing plate and supporting splint, this upper and lower slide is outwards slippage synchronously, make each flexible pipe break away from latch on the pivoted frame that is positioned at discharge zone, this material bone is namely by the stopping of material bone pin, and separates with injection part.
11. as claimed in claim 10 for the full-automatic Jet forming machine of flexible pipe, the material bone that wherein should separate with injection part drops on the material bone conveyer belt of material diastasis of bone plate inboard.
12. as claimed in claim 1 for the full-automatic Jet forming machine of flexible pipe, wherein on the workbench in this mould and drawing mechanism left side a buffer unit is set separately, each buffer unit with the extension rod at a fixed mount top in conjunction with a bolster that is consisted of by many bristles, so that active force or the reaction force of the bristle of each bolster can absorb flexible pipe rotation or location the time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210105970.9A CN103372947B (en) | 2012-04-12 | 2012-04-12 | Injection molding machine for flexible pipe body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210105970.9A CN103372947B (en) | 2012-04-12 | 2012-04-12 | Injection molding machine for flexible pipe body |
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| CN103372947A true CN103372947A (en) | 2013-10-30 |
| CN103372947B CN103372947B (en) | 2015-06-24 |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS60915A (en) * | 1983-06-17 | 1985-01-07 | Matsushita Electric Ind Co Ltd | Injection molding machine |
| JPH06915A (en) * | 1992-06-17 | 1994-01-11 | Asahi Chem Ind Co Ltd | New laminated glass |
| CN1626331A (en) * | 2003-12-12 | 2005-06-15 | 中国科学院金属研究所 | Multifunctional plastic jetting-molding machine |
| CN2723168Y (en) * | 2004-06-15 | 2005-09-07 | 百塑企业股份有限公司 | Auxiliary material taking device for jetting forming article |
| CN101767402A (en) * | 2008-12-31 | 2010-07-07 | 朱海宁 | Full-automatic vertical mold-transferring hose injection head machine |
| CN201693719U (en) * | 2010-06-23 | 2011-01-05 | 百塑企业股份有限公司 | Injection molding machine with mold cooling function |
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2012
- 2012-04-12 CN CN201210105970.9A patent/CN103372947B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS60915A (en) * | 1983-06-17 | 1985-01-07 | Matsushita Electric Ind Co Ltd | Injection molding machine |
| JPH06915A (en) * | 1992-06-17 | 1994-01-11 | Asahi Chem Ind Co Ltd | New laminated glass |
| CN1626331A (en) * | 2003-12-12 | 2005-06-15 | 中国科学院金属研究所 | Multifunctional plastic jetting-molding machine |
| CN2723168Y (en) * | 2004-06-15 | 2005-09-07 | 百塑企业股份有限公司 | Auxiliary material taking device for jetting forming article |
| CN101767402A (en) * | 2008-12-31 | 2010-07-07 | 朱海宁 | Full-automatic vertical mold-transferring hose injection head machine |
| CN201693719U (en) * | 2010-06-23 | 2011-01-05 | 百塑企业股份有限公司 | Injection molding machine with mold cooling function |
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| CN103372947B (en) | 2015-06-24 |
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| C06 | Publication | ||
| PB01 | Publication | ||
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