CN207696913U - A kind of environment protection multiple-colour continuously recycles injection-moulding device - Google Patents
A kind of environment protection multiple-colour continuously recycles injection-moulding device Download PDFInfo
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- CN207696913U CN207696913U CN201820036427.0U CN201820036427U CN207696913U CN 207696913 U CN207696913 U CN 207696913U CN 201820036427 U CN201820036427 U CN 201820036427U CN 207696913 U CN207696913 U CN 207696913U
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Abstract
The utility model is related to injection-moulding device technical fields, specifically disclose a kind of environment protection multiple-colour and continuously recycle injection-moulding device, including：Turntable, the turntable are equipped with the first mould that several axis around the turntable are arranged；Driving gear group is engaged with the turntable；Several second moulds, are located at the top of the turntable, and each second mould is connect with an injection moulding apparatus；Molding combination, connect with second mould, for making second mould and first mould be molded or be molded process；Electrical system combines signal connection with the driving gear group and molding respectively, controls the working condition of the driving gear group and the molding combination.A kind of environment protection multiple-colour of the utility model offer continuously recycles injection-moulding device, and colorful plasthetics can be produced by way of high-efficiency environment friendly.
Description
Technical field
The utility model is related to injection-moulding device technical fields more particularly to a kind of environment protection multiple-colour continuously to recycle injection-moulding device.
Background technology
With the rapid development of modern society, people's living standard and aesthetic conceptions are greatly improved, and old friends are to various gorgeous
The demand and frequency of use of the plasthetics of practical interest type are higher and higher.Currently on the market to the surface color of plasthetics
Processing mode is typically all the techniques such as oil spout, plating and anodic oxidation, and the influence of these technique environmental pollutions is all bigger, together
When these low process efficiencies, it is bigger to worker at the production line's dependence, and these techniques are big to the destructiveness of environment, later stage society
It needs to exert to go to administer with a large amount of fund with government, these techniques more cause not the body and mind of the worker at the production line in production
Reversible injury causes heavy burden to individual, family and society.Moreover, passing through the techniques such as oil spout, plating and anodic oxidation
The product for producing and processing, there is also many security hidden troubles, either to the physical and mental health of consumer, still
The sustainable of enterprise can all cause huge injury and risk.
Utility model content
One purpose of the utility model is：A kind of environment protection multiple-colour is provided and continuously recycles injection-moulding device, height can be passed through
The mode of effect environmental protection produces colorful plasthetics.
For this purpose, a kind of environment protection multiple-colour of the utility model offer continuously recycles injection-moulding device, including：
Turntable, the turntable are equipped with the first mould that several axis around the turntable are arranged；
Driving gear group is engaged with the turntable；
Several second moulds, are located at the top of the turntable, and each second mould is connect with an injection moulding apparatus；
Molding combination, connect with second mould, for making second mould be molded or be opened with first mould
Die process；
Electrical system, respectively with the driving gear group and molding combine signal connection, control the driving gear group with
The working condition of the molding combination.
As a preferred embodiment, the injection moulding apparatus includes：
Hopper, for storing sizing material；
Charging combination, connect with the bottom of the hopper, and the charging combination includes oil motor and connects with the oil motor
The screw drive axis connect；
Expects pipe group includes the feeding spiro rod with the screw drive axis connection.
As a preferred embodiment, the injection moulding apparatus further includes：
Seat cylinder combination, is connect by projecting combination with expects pipe group, for driving the expects pipe group close or far from described
Second mould.
As a preferred embodiment, the seat cylinder combination includes seat cylinder cylinder sleeve and slides company with the seat cylinder cylinder sleeve
The seat cylinder piston rod connect, the injection combination are fixed on the seat cylinder piston rod.
As a preferred embodiment, the expects pipe group further includes：
Expects pipe is coaxially disposed with the feeding spiro rod；
Nozzle is connect with the outlet of the expects pipe.
As a preferred embodiment, the molding combination includes：
Cope plate, is located at the top of the turntable, and second mould is fixed on the bottom of the cope plate；
Lower template is located at the lower section of the turntable；
Mould cylinder is molded, the lower section of the lower template is located at；
Cylinder lower template is connect with the driving end of the molding mould cylinder, and the cylinder lower template passes through column and the cope plate
Connection.
As a preferred embodiment, further including：
Bit combination is located at the lower section of the turntable, is connect with the electrical system signal, and the bit combination includes fixed
Position piston rod and the positioning cylinder sleeve being slidably connected with the positioning piston rod, the positioning piston rod is for being inserted into and far from turntable
In location hole.
As a preferred embodiment, further including：
Working plate, rack and foot pedal, the working plate are installed in the rack, the driving gear group and conjunction
Die combination is mounted on the working plate.
As a preferred embodiment, the electrical system includes electronic box and controller control box.
The beneficial effects of the utility model are：A kind of environment protection multiple-colour is provided and continuously recycles injection-moulding device, by using multiple
Colored injection molding replaces the techniques such as traditional oil spout, plating and anodic oxidation to carry out the production of multi-color plastic product, in contrast compares
It is more environmentally friendly, and high degree of automation, each injection molding station can independently carry out the injection step of the station, to manpower according to
Bad smaller, production efficiency is higher.
Description of the drawings
The utility model is described in further detail below according to drawings and examples.
Fig. 1 is the schematic diagram that the environment protection multiple-colour that embodiment provides continuously recycles injection-moulding device；
Fig. 2 is the first visual angle schematic diagram (part injection that the environment protection multiple-colour that embodiment provides continuously recycles injection mold group
Device is not shown)；
Fig. 3 is that the environment protection multiple-colour that provides of embodiment continuously recycles the diagrammatic cross-section of injection mold group (parts thereof is not
It shows)；
Fig. 4 is the schematic diagram for the driving gear group that embodiment provides；
Fig. 5 is the schematic diagram for the bit combination that embodiment provides；
Fig. 6 is the second visual angle schematic diagram that the environment protection multiple-colour that embodiment provides continuously recycles injection mold group；
Fig. 7 is the third visual angle schematic diagram that the environment protection multiple-colour that embodiment provides continuously recycles injection mold group；
Fig. 8 is the schematic diagram for the thimble combination that embodiment provides；
Fig. 9 is the schematic diagram for the fortune water system that embodiment provides；
Figure 10 is the diagrammatic cross-section for the fortune water system that embodiment provides；
Figure 11 is the method block diagram that the environment protection multiple-colour that embodiment two provides continuously recycles Shooting Technique；
Figure 12 is the schematic diagram for the plasthetics that embodiment provides.
In figure：
1, environment protection multiple-colour continuously recycles injection mold group；
101, turntable；1011, location hole；
102, driving gear group；1021, driving gear；1022, driving tooth wheel seat；1023, driving gear briquetting；1024、
Decelerating motor；1025, servo motor；
103, molding combination；10301, cope plate；10302, column；10303, die cylinder fuel sucking pipe；10304, wear-resisting
Pad；10305, lower template；10306, mould cylinder end cap is molded；10307, mould cylinder cylinder sleeve is molded；10308, rapid mould-moving piston rod；
10309, mould cylinder transparent cover is molded；10310, mould the cylinder piston is molded；10311, furan ring is breathed out；10312, cylinder lower template；10313, column
Nut；10314, column standby cap；
104, injection moulding apparatus；
1041, hopper；
1042, charging combination；10421, oil motor；10422, motor fixed plate；10423, screw drive axis；10424, horse
Up to bearing block；10425, screw rod fixed ring；
1043, combination is projected；10431, cylinder top head is penetrated；10432, cylinder cylinder sleeve is penetrated；10433, cylinder piston rod is penetrated；10434, it penetrates
Cylinder lower cover；
1044, expects pipe group；10441, expects pipe；10442, feeding spiro rod；10443, nozzle；
1045, seat cylinder combines；10451, seat cylinder piston rod；10452, seat cylinder transparent cover；10453, seat cylinder cylinder sleeve；10454, seat
Cylinder pull rod；10455, seat cylinder end cap；
105, the first mould；
106, the second mould；
107, bit combination；1071, piston rod is positioned；1072, positioning and guiding set；1073, fixed plate is positioned；1074, fixed
Position upper cover；1075, positioning tie bar；1076, cylinder sleeve is positioned；1077, lower cover is positioned；
108, thimble combines；1081, thimble piston rod；1082, thimble fixed plate；1083, thimble upper cover；1084, thimble
Cylinder sleeve；1085, thimble pull rod；1086, thimble lower cover；
109, water system is transported；1091, water central shaft is transported；1092, lid waterborne is transported；1093, water jacket is transported；1094, the underwater lid of fortune；
1095, sealing element；1096, submerged bearing is transported；1097, mold water inlet；1098, mold water return outlet；
2, electrical system；201, electronic box；202, controller control box；
3, working plate；
4, rack；
5, foot pedal；
6, hydraulic system；601, fuel tank；602, motor；603, oil pump；604, oil circuit board；
7, plasthetics；701, the first component；702, second component；703, third member；704, the 4th component；705,
Five components.
Specific implementation mode
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
Embodiment one
As shown in Fig. 1~Figure 10, the present embodiment provides a kind of environment protection multiple-colours continuously to recycle injection-moulding device, including environment protection multiple-colour
Continuous cycle injection mold group 1 and electrical system 2.Environment protection multiple-colour continuously recycles injection mold group 1：Turntable 101, described turn
Disk 101 is equipped with the first mould 105 that several axis around the turntable 101 are arranged；Driving gear group 102, with the turntable 101
Engagement；Several second moulds 106, are located at the top of the turntable 101, each second mould 106 with an injection moulding apparatus 104
Connection；Molding combination 103, connect with second mould 106, for making second mould 106 be closed with first mould 105
Mould or die sinking process.Electrical system 2 combines 103 signals with the driving gear group 102 and molding respectively and connects, described in control
The working condition of driving gear group 102 and the molding combination 103.Driving gear group 102 drives under the control of electrical system 2
Turntable 101 is rotated around the axis of turntable 101 itself, since the first mould 105 is fixed on turntable 101, so the first mould 105 also can
It is rotated, the evolution being achieved between the first mould 105 as turntable 101 rotates.Each second mould 106 represents a note
Station is moulded, is responsible for the Shooting Technique of different colours after the second different moulds 106 and the molding of the first mould 105.
In this present embodiment, driving gear group 102 includes driving gear 1021, driving tooth wheel seat 1022, driving tooth wheel load
Block 1023, decelerating motor 1024 and servo motor 1025, electrical system 2 can be with control servomotor 1025 and decelerating motors
1024 rotating speed.
In this present embodiment, injection moulding apparatus 104 includes hopper 1041, charging combination 1042, projects combination 1043, expects pipe group
1044 and seat cylinder combination 1045.Hopper 1041 is for storing sizing material.Charging combination 1042 is connect with the bottom of the hopper 1041,
The charging combination 1042 includes oil motor 10421, motor fixed plate 10422, screw drive axis 10423, motor drive shaft bearing
10424 and screw rod fixed ring 10425；Oil motor 10421 by screw drive axis 10423 drive feeding spiro rod 10442 rotate into
And the sizing material after plasticizing is made to flow to expects pipe group 1044.It includes penetrating cylinder top head 10431, penetrating cylinder cylinder sleeve 10432, penetrate to project combination 1043
It cylinder piston rod 10433 and penetrates cylinder lower cover 10434, projects combination 1043 and can be in a mold molded for sizing material power is provided.Expects pipe
Group 1044 includes expects pipe 10441, feeding spiro rod 10442 and nozzle 10443, and expects pipe 10441 and the feeding spiro rod 10442 are coaxial
Setting；Nozzle 10443 is connect with the outlet of the expects pipe 10441.Seat cylinder combination 1045 combines 1043 connections with the injection, uses
In driving the expects pipe group 1044 close or separate second mould 106, seat cylinder combination 1045 includes seat cylinder piston rod
10451, seat cylinder transparent cover 10452, seat cylinder cylinder sleeve 10453, seat cylinder pull rod 10454 and seat cylinder end cap 10455；Seat cylinder combination 1045 can
So that nozzle 10443 is preferably contacted with the second mould 106.
In this present embodiment, molding combination 103 includes cope plate 10301, column 10302, die cylinder fuel sucking pipe
10303, wear-resistant pad 10304, lower template 10305, molding mould cylinder end cap 10306, molding mould cylinder cylinder sleeve 10307, rapid mould-moving are lived
Stopper rod 10308, molding mould the cylinder piston 10310, breathes out furan ring 10311, cylinder lower template 10312, column at molding mould cylinder transparent cover 10309
Nut 10313 and column standby cap 10314.Cope plate 10301 is located at the top of the turntable 101, and second mould 106 is fixed on
The bottom of the cope plate 10301；Lower template 10305 is located at the lower section of the turntable 101；Molding mould cylinder is located at the lower template
10305 lower section；Cylinder lower template 10312 is connect with the driving end of the molding mould cylinder, and the cylinder lower template 10312 passes through column
10302 connect with the cope plate 10301.When molding mould the cylinder piston 10310 moves down, cylinder lower template is driven successively
10312, column 10302 and cope plate 10301 move down, thus complete the die closing operation of the first mould 105 and the second mould 106；
When molding mould the cylinder piston 10310 up moves, drive cylinder lower template 10312, column 10302 and cope plate 10301 past successively
Thus the mold-break operations of the first mould 105 and the second mould 106 are completed in upper movement.
In this present embodiment, environment protection multiple-colour, which continuously recycles injection-moulding device, can select the hydraulic system 6, hydraulic system 6 to include
Fuel tank 601, motor 602, oil pump 603, oil circuit board 604.It is of course also possible to select baric systerm.
In this present embodiment, it further includes bit combination 107 that environment protection multiple-colour, which continuously recycles injection mold group 1,.Bit combination 107
It positioned at the lower section of the turntable 101, is connect with 2 signal of the electrical system, the bit combination 107 includes positioning piston rod
1071, positioning and guiding covers 1072, positioning fixed plate 1073, positioning upper cover 1074, positioning tie bar 1075, positioning cylinder sleeve 1076 and determines
Position lower cover 1077, the positioning piston rod 1071 are slidably connected with positioning cylinder sleeve 1076, and the positioning piston rod 1071 is for inserting
Enter and far from the location hole 1011 in turntable 101.Specifically, when turntable 101 turns to scheduled injection molding station, piston is positioned
Bar 1071 is inserted into location hole 1011, can prevent turntable 101 from shifting, and is further ensured that the reliability of molding technique.
In this present embodiment, it further includes thimble combination 108, thimble combination 108 that environment protection multiple-colour, which continuously recycles injection mold group 1,
Positioned at the lower section of the first mould 105, after completing the injection molding of all injection molding stations, die sinking, then thimble combination 108 can be by first
Product in mould 105 jacks up, and product and the first mould 105 is made to be detached from.Thimble combination 108 is solid including thimble piston rod 1081, thimble
Fixed board 1082, thimble upper cover 1083, thimble cylinder sleeve 1084, thimble pull rod 1085 and thimble lower cover 1086.
In this present embodiment, first mould 105 is male model, and second mould 106 is master mold；Alternatively, first mould
105 be master mold, and first mould 105 is male model.
In this present embodiment, the quantity of the second mould 106 can be 1,2,3,4,5,6 it is even more；The
The quantity of one mould 105 can be equal with the second mould 106, either than the second mould more than 106 1,2,3,4 or more.
In this present embodiment, it further includes working plate 3, rack 4 and foot pedal 5 that environment protection multiple-colour, which continuously recycles injection-moulding device,
Environment protection multiple-colour continuously recycles injection mold group 1 and is installed in rack 4 with working plate 3, and operating personnel can pass through foot pedal 5
It goes on workbench and is operated.Preferably, the position of setting foot pedal 5 can be not provided with injection molding station, to facilitate as operation
Personnel provide operating space.
In this present embodiment, it further includes fortune water system 109 that environment protection multiple-colour, which continuously recycles injection mold group 1, transports water system 109
Including fortune water central shaft 1091, fortune lid 1092 waterborne, fortune water jacket 1093 and transport underwater lid 1094.Water central shaft 1091 is transported by close
Sealing 1095 is connect with fortune submerged bearing 1096.The side of fortune water central shaft 1091 is equipped with the mold water inlet 1097 being connected to mold
With mold water return outlet 1098.Fortune water central shaft 1091 is fixed on lower template 10305, transports lid 1092, fortune water jacket 1093 and fortune waterborne
Underwater lid 1094 is rotated with turntable 101.
In this present embodiment, electrical system 2 includes electronic box 201 and controller control box 202.Preferably, can be each
The injection moulding apparatus 104 of station is equipped with an independent electrical system 2, and the injection moulding apparatus 104 of all stations can also be made equal
It is connected in an electrical system 2, unified centralized control.
It is traditional by using repeatedly colored injection molding replacement that environment protection multiple-colour provided in this embodiment continuously recycles injection-moulding device
The techniques such as oil spout, plating and anodic oxidation carry out the production of multi-color plastic product, in contrast more environmentally friendly, and automate journey
Degree is high, and can arrange in pairs or groups with different color materials, does not limit color, and the product pattern produced is more novel, fashion, each injection molding
Station can independently carry out the injection step of the station, and smaller to the dependence of manpower, production efficiency is higher.
Embodiment two
As shown in figure 11, injection-moulding device reality can be continuously recycled by the environment protection multiple-colour of embodiment one the present embodiment provides a kind of
Existing environment protection multiple-colour continuously recycles Shooting Technique, mainly includes the following steps that：
S10：The injection molding of each color lump is carried out successively according to the color-sequential of product to produce product.Wherein, S10 includes：
S101：Determine the color-sequential of product.The color sequences of product from inside and outside are then the color-sequential of product.
S102：Product is divided into several color lumps according to the color-sequential of product.It can be produced in a Shooting Technique
The component come is a color lump.
S103：The injection molding color and injection molding shape of each Shooting Technique are set gradually according to the sequence of the color lump of product from inside and outside
Shape.
S103：Molding carries out Shooting Technique；Die sinking moves the first mould 105 together with the product in the first mould 105
To the injection molding station in downstream；It molds again, carries out the injection molding of next color lump.Preferably, each injection molding station can be made as implemented
Injection molding station in example one is the same, and according to circular arrangement, the evolution of the first mould 105 is then realized by way of rotation；
It is of course also possible to which each injection molding station is made to realize the first mould 105 using equipment such as conveyer belts according to arranged in a straight line according to color-sequential
Evolution.
S104：S103 is repeated, until completing the injection molding of outermost color lump.
S20：The injection molding for completing last wheel, product is taken out after die sinking.
One explanation will be carried out to the combination of embodiment one and embodiment two with a specific example below, uses implementation
It is as follows continuously to recycle the step of injection-moulding device carries out plasthetics 7 shown in production Figure 12 for environment protection multiple-colour in example one：
First, the color-sequential for determining plasthetics 7 is analyzed.As shown in figure 12, plasthetics 7 includes the first component 701, second
Component 702, third member 703, the 4th component 704 and the 5th component 705.
If the first component 701 is red, second component 702 is orange, and third member 703 is yellow, the 4th component 704
It is green, the 5th component 705 is blue.The color-sequential of plasthetics 7 can be red-orange-yellow-green-indigo plant, can also be red-orange-
Huang-blue-green can also be red-yellow-orange-green-blue, can also be red-yellow-orange-blue-green etc..Due to each component color not
Together, no any two component can be processed in primary injection molding and be obtained, so the first component 701 is the first color lump, second
Part 702 is the second color lump, and third member 703 is third color lump, and the 4th component 704 is the 4th color lump, and the 5th component 705 is the 5th
Color lump.According to the position relationship of each color lump, it is assumed that the color-sequential set then makes first in embodiment one as red-orange-yellow-green-indigo plant
The injection moulding apparatus 104 of injection molding station loads red micelle, and the injection moulding apparatus 104 of the second injection molding station loads orange micelle, third
The injection moulding apparatus 104 of injection molding station loads yellow micelle, and the injection moulding apparatus 104 of the 4th injection molding station loads green micelle, and the 5th
The injection moulding apparatus 104 of injection molding station loads blue micelle.After the first injection molding station is molded by the first component 701, the first station
The second mould 106 and the first mould 105 separate, electrical system 2 sends out signal, and driving gear group 102 works, and turntable 101 drives the
One mould 105 and the first component 701 rotate, when inductive switch senses that the first mould 105 turns to the second injection molding station, driving tooth
Wheel group 102 is stopped, and bit combination 107 is started to work, and positioning piston rod 1071 is inserted into location hole 1011.Then hydraulic pressure system
System 6 is started to work, and the second mould 106 of the 103 driving second stations of molding combination of the second injection molding station move and is equipped with the down
First mould 105 of one component 701 molds, while seat cylinder combination 1045 also makes expects pipe group 1044 move down, nozzle 10443 and the
After the connection of two moulds 106, the injection molding of second component 702 is carried out on the basis of the first mould 105, is so analogized, until completing the 5th
The injection molding of component 705,103 the second mould 106 of driving of molding combination up move, and plasthetics 7 is pushed up in then thimble combination 108
It rises, takes out plasthetics 7, complete whole process.
If the first component 701 is red, second component 702 and third member 703 are orange, the 4th components 704 and the
Five components 705 are greens.The color-sequential of plasthetics 7 is that red-orange-is green.Then the first component 701 is the first color lump, second component 702
It is the second color lump with third member 703, the 4th component 704 and the 5th component 705 are third color lumps.First injection molding station is responsible for the
The injection molding of one component 701, the second injection molding station are responsible for the injection molding of second component 702 and third member 703, and third injection molding station is negative
Blame the injection molding of the 4th component 704 and the 5th component 705.
If the first component 701 is red, second component 702 and the 4th component 704 are orange, third members 703 and the
Five components 705 are greens.The color-sequential of plasthetics 7 is red-orange-green or red-green-orange.Then the first component 701 is the first color
Block, second component 702 and the 4th component 704 are the second color lumps, and third member 703 and the 5th component 705 are third color lumps.It is elected
When fixed red-orange-green color-sequential as production, then the first injection molding station is responsible for the injection molding of the first component 701, and the second injection molding station is responsible for
The injection molding of second component 702 and the 4th component 704, third injection molding station are responsible for the note of third member 703 and the 5th component 705
Modeling.
" first " herein, " second " etc. have no special meaning just for the sake of being distinguish in description.
Additionally need statement, specific technical features described in the above specific embodiments, in not lance
It in the case of shield, can be combined by any suitable means, in order to avoid unnecessary repetition, the utility model is to each
The possible combination of kind no longer separately illustrates.
In addition, arbitrary combination can also be carried out between a variety of different embodiments of the utility model, as long as it is not disobeyed
The thought for carrying on the back the utility model, equally should be considered as content disclosed in the utility model.
Claims (9)
1. a kind of environment protection multiple-colour continuously recycles injection-moulding device, which is characterized in that including：
Turntable, the turntable are equipped with the first mould that several axis around the turntable are arranged；
Driving gear group is engaged with the turntable；
Several second moulds, are located at the top of the turntable, and each second mould is connect with an injection moulding apparatus；
Molding combination, connect with second mould, for making second mould and first mould be molded or be molded work
Sequence；
Electrical system combine signal with the driving gear group and molding respectively and connects, controls the driving gear group and described
Mold the working condition of combination.
2. environment protection multiple-colour according to claim 1 continuously recycles injection-moulding device, which is characterized in that the injection moulding apparatus packet
It includes：
Hopper, for storing sizing material；
Charging combination, connect with the bottom of the hopper, and the charging combination includes oil motor and connect with the oil motor
Screw drive axis；
Expects pipe group includes the feeding spiro rod with the screw drive axis connection.
3. environment protection multiple-colour according to claim 2 continuously recycles injection-moulding device, which is characterized in that the injection moulding apparatus also wraps
It includes：
Seat cylinder combination, is connect by projecting combination with expects pipe group, for driving the expects pipe group close or far from described second
Mould.
4. environment protection multiple-colour according to claim 3 continuously recycles injection-moulding device, which is characterized in that the seat cylinder, which combines, includes
Seat cylinder cylinder sleeve and the seat cylinder piston rod being slidably connected with the seat cylinder cylinder sleeve, the injection combination are fixed on the seat cylinder piston rod
On.
5. environment protection multiple-colour according to claim 2 continuously recycles injection-moulding device, which is characterized in that the expects pipe group is also wrapped
It includes：
Expects pipe is coaxially disposed with the feeding spiro rod；
Nozzle is connect with the outlet of the expects pipe.
6. environment protection multiple-colour according to claim 1 continuously recycles injection-moulding device, which is characterized in that the molding combination packet
It includes：
Cope plate, is located at the top of the turntable, and second mould is fixed on the bottom of the cope plate；
Lower template is located at the lower section of the turntable；
Mould cylinder is molded, the lower section of the lower template is located at；
Cylinder lower template is connect with the driving end of the molding mould cylinder, and the cylinder lower template is connect by column with the cope plate.
7. environment protection multiple-colour according to claim 1 continuously recycles injection-moulding device, which is characterized in that further include：
Bit combination is located at the lower section of the turntable, is connect with the electrical system signal, and the bit combination includes that positioning is lived
Stopper rod and the positioning cylinder sleeve being slidably connected with the positioning piston rod, the positioning piston rod is for being inserted into and far from turntable
Location hole.
8. environment protection multiple-colour according to claim 1 continuously recycles injection-moulding device, which is characterized in that further include：
Working plate, rack and foot pedal, the working plate are installed in the rack, the driving gear group and molding group
Conjunction is mounted on the working plate.
9. environment protection multiple-colour according to claim 1 continuously recycles injection-moulding device, which is characterized in that the electrical system includes
Electronic box and controller control box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820036427.0U CN207696913U (en) | 2018-01-09 | 2018-01-09 | A kind of environment protection multiple-colour continuously recycles injection-moulding device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820036427.0U CN207696913U (en) | 2018-01-09 | 2018-01-09 | A kind of environment protection multiple-colour continuously recycles injection-moulding device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110014546A (en) * | 2018-01-09 | 2019-07-16 | 东莞市潜鼎实业有限公司 | A kind of environment protection multiple-colour continuously recycles Shooting Technique and its injection-moulding device |
| WO2019136815A1 (en) * | 2018-01-09 | 2019-07-18 | 东莞市潜鼎实业有限公司 | Environmentally-friendly, continuous, cyclical and colorful injection mold set |
| CN110919976A (en) * | 2019-12-18 | 2020-03-27 | 永康本元塑料制品有限公司 | Compound plastics feeding equipment that moulds plastics |
-
2018
- 2018-01-09 CN CN201820036427.0U patent/CN207696913U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110014546A (en) * | 2018-01-09 | 2019-07-16 | 东莞市潜鼎实业有限公司 | A kind of environment protection multiple-colour continuously recycles Shooting Technique and its injection-moulding device |
| WO2019136814A1 (en) * | 2018-01-09 | 2019-07-18 | 东莞市潜鼎实业有限公司 | Environmentally friendly multi-color continuous and cyclic injection molding process and injection molding apparatus therefor |
| WO2019136815A1 (en) * | 2018-01-09 | 2019-07-18 | 东莞市潜鼎实业有限公司 | Environmentally-friendly, continuous, cyclical and colorful injection mold set |
| CN110919976A (en) * | 2019-12-18 | 2020-03-27 | 永康本元塑料制品有限公司 | Compound plastics feeding equipment that moulds plastics |
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