CN208324117U - A kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould - Google Patents
A kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould Download PDFInfo
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- CN208324117U CN208324117U CN201820791746.2U CN201820791746U CN208324117U CN 208324117 U CN208324117 U CN 208324117U CN 201820791746 U CN201820791746 U CN 201820791746U CN 208324117 U CN208324117 U CN 208324117U
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Abstract
The utility model discloses a kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould, the first converting unit and the second converting unit including connection setting, it is provided in first converting unit into water A and is managed, B of intaking is managed, it is connected to AB pipe, water inlet manifold, return water C pipe and return water D pipe, and it respectively corresponds and is provided with A solenoid valve, B solenoid valve, C solenoid valve, D solenoid valve, AC solenoid valve and BD solenoid valve, it is provided in second converting unit and shunts A pipe, it shunts B pipe and shunts AB pipe, and it respectively corresponds to be provided with and shunts A valve and shunting B valve, first converting unit further includes the first storage case and the first controller, second converting unit further includes the second storage case and second controller.By the above-mentioned means, the utility model can be realized a die heater while control two mold on bicolor injection mould, and realize automatic control heating and cooling procedure, operation cost and equipment cost is effectively reduced, simplifies production process.
Description
Technical field
The utility model relates to conversion equipment field, especially a kind of rapid heat cycle die heater is on bicolor injection mould
Conversion equipment.
Background technique
Injection molding has extensively as one of forming method important in plastic processing in industrial every field
Application, with stepping up for people's living standard, people are also higher and higher to the precision and appearance requirement of plastic product；It is double
Color injection mold, which can be realized, to be easy switching color and not to have to spraying, and the appearance of product is more diversified, is the tide in market instantly
Stream.
Bicolor injection mould is usually made of two molds being erected on an injection molding machine, with different raw material sequences at
Type goes out the different colours part on a component, forms a complete component.In Shooting Technique, in order to further increase injection molding
The finish and quality of product, it is ensured that mold temperature is maintained at material inversion point or more in filling process, then again can quickly under
Drop does not influence too many molding cycle simultaneously, is usually used cooperatively by rapid heat cycle die heater, is blown into after injection molding machine molding
High-temperature-hot-water improves mold temperature to a setting value, then gives cavity injection plastic cement, completes pressure maintaining in injection molding machine and is transferred to cooling
Afterwards, start to inject cold water, mold temperature is opened after dropping to a setting value quickly, completes injection moulding process.
In the prior art, usual die heater is single heating form, not can control more set injection molds；Moreover, mould temperature
Machine can not achieve automatic cooling, can only by the way that temperature is regulated and controled to assigned temperature manually, etc. temperature be reduced to setting value, when waiting
Between it is longer, a set of bicolor injection mould needs to cooperate at least two die heaters and multiple working procedure cooperation that could complete.Therefore, individually
Plain edition die heater is unable to satisfy the requirement of bicolor injection mould, it is desirable to need to put into using bicolor injection mould production higher
Cost and equipment cost are controlled, and process is various lengthy and jumbled.
Utility model content
The utility model is mainly solving the technical problems that provide a kind of rapid heat cycle die heater on bicolor injection mould
Conversion equipment, can be realized a die heater while controlling two molds on bicolor injection mould, and realize full-automatic
Change control heating and cooling procedure, effectively reduces operation cost and equipment cost, simplify production process.
In order to solve the above technical problems, the technical solution that the utility model uses is: providing a kind of rapid heat cycle mould
Conversion equipment of the warm machine on bicolor injection mould, the first converting unit and the second converting unit including connection setting are described
First converting unit includes the first storage case, and first storage case is alongst provided through for being connected to chilling urgency
The water inlet pipe group and return pipe group of hot die heater；
The water inlet pipe group includes water inlet A pipe and water inlet B pipe, and the water inlet A pipe is connected to setting with the outlet end of water inlet B pipe
There is connection AB pipe；The connection AB pipe is provided with away from the direction of the water inlet A pipe for being connected to second converting unit
Water inlet manifold；
The return pipe group includes return water C pipe and return water D pipe, and the return water C pipe is connected to setting with the outlet end of return water D pipe
There is connection CD pipe；The connection CD pipe is provided with the reflux for being connected to bicolor injection mould away from the direction of the return water C pipe
General pipeline；
The A electricity for being provided with control water conduction is respectively corresponded on the water inlet A pipe, water inlet B pipe, return water C pipe and return water D pipe
Magnet valve, B solenoid valve, C solenoid valve and D solenoid valve；
It is provided with and communicated with connection AC pipe between the water inlet A pipe and return water C pipe, is provided with control water on the connection AC pipe
The logical AC solenoid valve of conductance；It is provided with and communicated with connection BD pipe between the water inlet B pipe and return water D pipe, is set on the connection BD pipe
It is equipped with the BD solenoid valve of control water conduction；
Second converting unit includes the second storage case, is provided in second storage case and shunts A pipe and shunting B
Pipe, described one end for shunting A pipe and shunting B pipe towards the water inlet manifold, which is provided with, shunts AB pipe, the water inlet manifold and institute
It states and shunts the connection setting of AB pipe, described shunt respectively corresponds the shunting for being provided with control water conduction on A pipe and the shunting B pipe
A valve and shunting B valve；
Be connected on the outside of first storage case for control the A solenoid valve, B solenoid valve, C solenoid valve, D solenoid valve,
First controller of AC solenoid valve and BD solenoid valve；It is connected on the outside of second storage case for controlling the shunting A
Valve and the second controller for shunting B valve.
Preferably, the water inlet pipe group and first storage case, the return pipe group and first storage case it
Between be provided with supporting mechanism.
Preferably, the supporting mechanism includes several clips.
Preferably, the water inlet pipe group, return pipe group, shunting A pipe and shunting B pipe are all made of stainless steel material.
The beneficial effects of the utility model are: the utility model can be realized a rapid heat cycle die heater while control is double
Two molds on color injection mold, and realize automatic control heating and cooling procedure, efficiently solve the prior art
In a rapid heat cycle die heater be unable to satisfy the drawbacks of bicolor injection mould normally produces, compared to increase rapid heat cycle mould temperature
The quantity of machine, the utility model effectively reduce operation cost and equipment cost, simplify production process.
Detailed description of the invention
Fig. 1 is a kind of knot of conversion equipment of the rapid heat cycle die heater of the utility model on bicolor injection mould
Structure schematic diagram.
The components in the drawings are labeled as follows:
1, the first storage case；2, water inlet pipe group；21, water inlet A pipe；22, water inlet B pipe；23, connection AB pipe；24, water inlet is total
Pipe；3, return pipe group；31, return water C is managed；32, return water D is managed；33, connection CD pipe；34, return header；4, A solenoid valve；5, B electromagnetism
Valve；6, C solenoid valve；7, D solenoid valve；8, connection AC pipe；9, AC solenoid valve；10, connection BD pipe；11, BD solenoid valve；12, second
Storage case；13, A pipe is shunted；14, B pipe is shunted；15, AB pipe is shunted；16, A valve is shunted；17, B valve is shunted；18, the first controller；
19, second controller；20, clips.
Specific embodiment
The preferred embodiment of the utility model is described in detail with reference to the accompanying drawing, so that the advantages of the utility model
It can be easier to be readily appreciated by one skilled in the art with feature, to make the protection scope of the utility model apparent clear
Define.
Embodiment:
As shown in Figure 1, a kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould, including the first conversion are single
Member, the first converting unit include the first storage case 1, and the first storage case 1 is alongst provided through water inlet pipe group 2, into
Water pipe group 2 includes water inlet A pipe 21 and water inlet B pipe 22, and water inlet A pipe 21 is provided with and communicated with the outlet end for B pipe 22 of intaking and is connected to AB
Pipe 23, connection AB pipe 23 are provided with water inlet manifold 24 away from the direction of water inlet pipe 21.It is provided with A solenoid valve 4 on water inlet A pipe 21,
It is switched on or off for controlling water flow in water inlet A pipe 21；It is provided with B solenoid valve 5 on water inlet B pipe 22, for controlling water inlet B
Water flow is switched on or off in pipe 22.
As shown in Figure 1, the first storage case 1, which alongst also extends through, is provided with return pipe group 3, return pipe group 3 includes
Return water C pipe 31 and return water D pipe 32, return water C pipe 31 are provided with and communicated with the outlet end of return water D pipe 32 and are connected to CD pipe 33, are connected to CD
Pipe 33 is provided with return header 34 away from the direction of return water C pipe 31, and return header 34 is connected to bicolor injection mould.Return water C pipe 31
On be provided with C solenoid valve 6, for controlling being switched on or off for water flow in return water C pipe 31；D electromagnetism is provided on return water D pipe 32
Valve 7, for controlling being switched on or off for water flow in return water D pipe 32.
As shown in Figure 1, being provided with and communicated with connection AC pipe 8 between water inlet A pipe 21 and return water C pipe 31, it is connected on AC pipe 8 and is arranged
There is AC solenoid valve 9, is switched on or off for controlling water flow in connection AC pipe 8.Connect between water inlet B pipe 22 and return water D pipe 32
It is logical to be provided with connection BD pipe 10, it is connected on BD pipe 10 and is provided with BD solenoid valve 11, be connected to leading for water flow in BD pipe 10 for control
Logical or closing.
As shown in Figure 1, a kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould, further includes the second conversion
Unit, the second converting unit include the second storage case 12, are provided in the second storage case 12 and shunt A pipe 13 and shunt B pipe 14, point
The one end for flowing A pipe 13 and shunting B pipe 14 towards water inlet manifold 24 is provided with shunting AB pipe 15, water inlet manifold 24 and shunting AB pipe 15
Between be connected to setting.It shunts to be provided on A pipe 13 and shunts A valve 16, shunt the conducting of water flow or pass in A pipe 13 for controlling
It closes；It shunts to be provided on B pipe 14 and shunts B valve 17, be turned on and off for control water flow in shunting B pipe 14.
As shown in Figure 1, the outside of the first storage case 1 is provided with the first controller 18, for controlling in the first storage case 1
A solenoid valve 4, B solenoid valve 5, C solenoid valve 6, D solenoid valve 7, AC solenoid valve 9 and BD solenoid valve 11 are turned on or off.Second
The outside of storage case 12 is provided with second controller 19, for controlling the shunting A valve 16 in the second storage case 12 and shunting B valve 17
Be turned on or off.For the structural stability of fixed water inlet pipe group 2 and return pipe group 3, accommodated in water inlet pipe group 2 and first
Supporting mechanism is provided between case 1, return pipe group 3 and the first storage case 1, supporting mechanism includes several clips 20, often
One clips 20 is fixed in corresponding pipeline.Water inlet pipe group 2, return pipe group 3, shunting A pipe 13 and shunting B pipe 14 are all made of not
Rust steel material takes into account high-intensitive, good heat insulating and long-life advantage.
The working process of this embodiment is as follows:
The utility model offer is provided between one rapid heat cycle die heater equipment and a bicolor injection mould equipment
The conversion device structure, wherein bicolor injection mould includes two molds of A mould and B mould, rapid heat cycle die heater and first turn
The arrival end connection of the water inlet pipe group 2, return pipe group 3 in unit is changed, the outlet end of return pipe group 3 and bicolor injection mould connect
Logical, the outlet end of shunting A pipe, shunting B pipe in the second converting unit is connected to bicolor injection mould.
When needing to heat the A mould in bicolor injection mould, rapid heat cycle die heater transmits hot water to water inlet pipe
Group 2 in simultaneous transmission of signals give the first controller 18, the first controller 18 regulate and control A solenoid valve 4 open, hot water from water inlet A pipe 21
It flowing into and through water inlet manifold 24 and is transmitted to the second converting unit, bicolor injection mould transmits a signal to second controller 19, the
Two controllers 19, which are opened, shunts A valve 16, and hot water is heated by shunting the A mould that A pipe 13 enters in bicolor injection mould, is recycled
Hot water enter in return header 34, the first controller 18 regulate and control D solenoid valve 7 open, circulating hot water by return water D pipe 32 reflux
To rapid heat cycle die heater.
After bicolor injection mould rotation, that is, the switching of A mould and B mould is completed, the A solenoid valve 4 in water inlet pipe group 2 is closed, B
Solenoid valve 5 is opened, and the shunting A valve 16 in the second converting unit is closed, and is shunted B valve 17 and is opened, D solenoid valve 7 is closed, C solenoid valve 6
It opens, the hot water transmitted from rapid heat cycle die heater flows into water inlet B pipe 22, and single into the second conversion by water inlet manifold 24
Shunting B pipe 14 in member, hot water are heated by shunting the B mould that B pipe 14 enters in bicolor injection mould, the hot water of circulation into
Enter in return header 34, circulating hot water is back to rapid heat cycle die heater by return water C pipe 31.The above process equally applies to cold
The circulation of water.
Conversion device structure provided by the utility model applies to a rapid heat cycle die heater and a double-shot moulding mould
Between tool, it can be realized a rapid heat cycle die heater while controlling two molds on bicolor injection mould, and realize complete
Automation control heating and cooling procedure, efficiently solve a rapid heat cycle die heater in the prior art and are unable to satisfy double-colored note
The drawbacks of mould normally produces, compared to the quantity for increasing rapid heat cycle die heater, the utility model effectively reduces operation
Cost and equipment cost, simplify production process.
The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all
Equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, is applied directly or indirectly in
Other related technical areas are also included in the patent protection scope of the utility model.
Claims (4)
1. a kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould, it is characterised in that: including connection setting
First converting unit and the second converting unit, first converting unit include the first storage case (1), first storage case
(1) the water inlet pipe group (2) and return pipe group (3) for connecting rapid heat cycle die heater are alongst provided through；
The water inlet pipe group (2) includes that water inlet A pipe (21) and water inlet B manage (22), the water inlet A pipe (21) and water inlet B pipe (22)
Outlet end be provided with and communicated with connection AB pipe (23)；Direction setting of the connection AB pipe (23) away from the water inlet A pipe (21)
There is the water inlet manifold (24) for being connected to second converting unit；
The return pipe group (3) includes return water C pipe (31) and return water D pipe (32), and the return water C pipe (31) and return water D manage (32)
Outlet end be provided with and communicated with connection CD pipe (33)；The connection CD pipe (33) is away from the setting of the direction of return water C pipe (31)
There is the return header (34) for being connected to bicolor injection mould；
It is respectively corresponded on the water inlet A pipe (21), water inlet B pipe (22), return water C pipe (31) and return water D pipe (32) and is provided with control
A solenoid valve (4), B solenoid valve (5), C solenoid valve (6) and the D solenoid valve (7) of water conduction；
It is provided with and communicated with connection AC pipe (8) between the water inlet A pipe (21) and return water C pipe (31), is set on the connection AC pipe (8)
It is equipped with the AC solenoid valve (9) of control water conduction；Connection is provided with and communicated between the water inlet B pipe (22) and return water D pipe (32)
BD manages (10), and the BD solenoid valve (11) of control water conduction is provided on the connection BD pipe (10)；
Second converting unit includes the second storage case (12), is provided in second storage case (12) and shunts A pipe (13)
With shunt B pipe (14), it is described shunt A pipe (13) and shunt B and manage one end of (14) towards the water inlet manifold (24) be provided with point
AB pipe (15) is flowed, the water inlet manifold (24) manages (15) with the shunting AB and is connected to setting, and the shunting A manages (13) and described point
The shunting A valve (16) for being provided with control water conduction is respectively corresponded on stream B pipe (14) and shunts B valve (17)；
It is connected on the outside of first storage case (1) for controlling the A solenoid valve (4), B solenoid valve (5), C solenoid valve (6), D
The first controller (18) of solenoid valve (7), AC solenoid valve (9) and BD solenoid valve (11)；Connect on the outside of second storage case (12)
It connects and is provided with for controlling shunting A valve (16) and shunting the second controller (19) of B valve (17).
2. a kind of conversion equipment of the rapid heat cycle die heater according to claim 1 on bicolor injection mould, feature
It is: between the water inlet pipe group (2) and first storage case (1), the return pipe group (3) and first storage case
(1) supporting mechanism is provided between.
3. a kind of conversion equipment of the rapid heat cycle die heater according to claim 2 on bicolor injection mould, feature
Be: the supporting mechanism includes several clips (20).
4. a kind of conversion equipment of the rapid heat cycle die heater according to claim 1 on bicolor injection mould, feature
Be: the water inlet pipe group (2), return pipe group (3), shunting A pipe (13) and shunting B pipe (14) are all made of stainless steel material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820791746.2U CN208324117U (en) | 2018-05-25 | 2018-05-25 | A kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820791746.2U CN208324117U (en) | 2018-05-25 | 2018-05-25 | A kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould |
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| Publication Number | Publication Date |
|---|---|
| CN208324117U true CN208324117U (en) | 2019-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820791746.2U Active CN208324117U (en) | 2018-05-25 | 2018-05-25 | A kind of conversion equipment of rapid heat cycle die heater on bicolor injection mould |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110237372A (en) * | 2019-07-24 | 2019-09-17 | 南阳医学高等专科学校第一附属医院 | Children's Intelligent Atomizer |
-
2018
- 2018-05-25 CN CN201820791746.2U patent/CN208324117U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110237372A (en) * | 2019-07-24 | 2019-09-17 | 南阳医学高等专科学校第一附属医院 | Children's Intelligent Atomizer |
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