CN208732581U - Additive mixing sub-packaging system - Google Patents
Additive mixing sub-packaging system Download PDFInfo
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- CN208732581U CN208732581U CN201821413598.7U CN201821413598U CN208732581U CN 208732581 U CN208732581 U CN 208732581U CN 201821413598 U CN201821413598 U CN 201821413598U CN 208732581 U CN208732581 U CN 208732581U
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- blanking
- solenoid valve
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Abstract
A kind of additive mixing sub-packaging system, the first material unit is made of multiple raw material monomer tanks, and is connected separately with the first feeding and blanking pipeline, and the discharge end of the first blanking pipeline penetrates the inside of mixing plant；First and second storing units are made of multiple finished pots；Feeding pipe in first storing unit is connected to through solenoid valve with the discharge end of third feeding pipeline；Discharging pipeline in first storing unit is connected to through solenoid valve with the discharge end of third blanking pipeline；Feeding pipe in second storing unit is connected to by solenoid valve with the discharge end of third feeding pipeline；Discharging pipeline in second storing unit is connected to by solenoid valve with the discharge end of third blanking pipeline；Feeding pump is equipped in first feeding pipeline, first and third feeder pipe road are equipped with blanking pump, solenoid valve and flowmeter；Third feeding tube road is equipped with solenoid valve；The discharge end on stirring discharge nozzle road is connect by feeding pump with the feed end of third feeding pipeline.The system can improve the degree of automation of production.
Description
Technical field
The utility model relates to Additive Production equipment, specifically a kind of additive mixing sub-packaging system.
Background technique
It is mostly that plurality of raw materials is respectively added in agitator by artificial mode in existing Additive Production, benefit
It is stirred after a certain period of time with agitator, then mixed additive is stored by multiple finished products by artificial mode respectively
In tank, when needed, then the additive in finished pot dispensed by artificial mode.It is this by artificial mode not
Only production efficiency is lower, and work load is larger.
Summary of the invention
In view of the above-mentioned problems of the prior art, the utility model provides a kind of additive mixing sub-packaging system, this point
Dress system can improve the production packing efficiency of additive, can effectively reduce the labor load of operator, help to improve additive
The degree of automation during production and packing.
To achieve the goals above, the utility model provides a kind of additive mixing sub-packaging system, including is mixed single
Member, the first material unit and storing unit；
Mixing unit is mixing plant, and the lower end of mixing plant is connected with stirring discharge nozzle road；
First material unit is made of multiple raw material monomer tanks, wherein the top and bottom of each raw material monomer tank
It is connected separately with the first feeding pipeline and the first blanking pipeline, the first feeding pump, the first blanking are provided in the first feeding pipeline
The discharge end of pipeline penetrates the inside of mixing plant and terminates in the top of mixing plant inner space；First feeder pipe road is successively
It is serially connected with the first blanking pump, the first solenoid valve and first flowmeter；
Storing unit is made of the first storing unit and the second storing unit, and the first storing unit and the second storing unit are equal
It is made of multiple finished pots；Wherein, the top and bottom of each finished pot are connected separately with the second feeding pipeline and the second blanking
Pipeline；The feed end of second feeding pipeline of multiple finished pots in the first storing unit is homogeneous intercommunicated rear by the second electromagnetism
Valve A is connected to the discharge end of third feeding pipeline；The discharging of second blanking pipeline of multiple finished pots in the first storing unit
The homogeneous intercommunicated rear second solenoid valve C that passes through in end is connected to the feed end of third blanking pipeline；It is multiple in second storing unit
The homogeneous intercommunicated rear discharge end for passing through second solenoid valve B and third feeding pipeline of the feed end of second feeding pipeline of finished pot
Connection；The discharge end of second blanking pipeline of multiple finished pots in the second storing unit is homogeneous intercommunicated rear by the second electromagnetism
Valve D is connected to the feed end of third blanking pipeline；Third feeding tube road is serially connected with third solenoid valve A；Third feeder pipe road
It has been sequentially connected in series the second blanking pump, third solenoid valve B and second flowmeter；
The discharge end on stirring discharge nozzle road is connect with the liquid feeding end of the second feeding pump, the outlet end and third of the second feeding pump
The feed end of feeding pipeline connects.
In the technical scheme, on the first feeding tube road of the raw material monomer tank in the first material unit in setting first
Material pumps and is provided on the first feeder pipe road the first blanking pump, the first blanking pump, the first solenoid valve and first flowmeter, no
It is only capable of the convenient feeding operation for realizing raw material monomer tank by Electronic control, and monomer conveniently can also be realized by Electronic control
The blanking operation of head tank, the first solenoid valve can facilitate the on-off of the first blanking pipeline of control, and first flowmeter can facilitate monitoring
Flow in first blanking pipeline can be convenient for during automatically realization Additive Production to facilitate control feeding quantity
The addition of each raw material.Storing unit is divided into the first storing unit and the second storing unit, and the first storing unit and second
Storing unit is made of multiple finished pots, in this way, storage capacity can not only be improved, and can also be facilitated and be added made of storage in batches
Add agent, passes through second after the second blanking pipeline connection of the first storing unit and multiple finished pots in the second storing unit respectively
Solenoid valve C, second solenoid valve D are connected to the feed end of third blanking pipeline, and under being connected with second on third feeder pipe road
Material pump, third solenoid valve B and second flowmeter can be convenient for that the subsequent packing operation of additive is made.First storing unit and
After second feeding pipeline connection of multiple finished pots in two storing units respectively by second solenoid valve A, second solenoid valve B with
The discharge end of third feeding pipeline is connected to, and can be stored into according to the actual situation the first storage convenient for the additive of the second feeding pump discharge
In material unit or the second storing unit.The sub-packaging system can improve the production packing efficiency of additive, can effectively reduce operator
The labor load of member helps to improve the degree of automation during Additive Production and packing.
It further, further include the second material unit, the second material unit is made of multiple raw material monomer tanks, wherein multiple
The discharge end connection of 4th feeding pipeline after first feeding pipeline of raw material monomer tank is interconnected；The of multiple raw material monomer tanks
The feed end connection of 4th blanking pipeline after one feeder pipe road is interconnected；4th feeding tube road is serially connected with third feeding pump；
4th feeder pipe road has been sequentially connected in series third blanking pump, the 4th solenoid valve and third flowmeter, the discharging of the 4th blanking pipeline
End penetrates the inside of mixing plant and terminates in the top of mixing plant inner space.Second material unit is by multiple raw material monomer tanks
Composition, can prepare a certain raw material of additive convenient for large batch of storage, and third feeding pump is completed convenient for Electronic control
Material process, third blanking pump can complete blanking process convenient for Electronic control, and the 4th solenoid valve is convenient for the 4th blanking pipeline of control
On-off, third flowmeter can convenient for control the 4th blanking pipeline feeding quantity.
Further, the outlet end of the second feeding pump also passes through circulation line and the inner cavity top of mixing plant connects, circulation
Circulating electromagnetic valve is serially connected on pipeline.The more evenly mixing of additive, circulation electricity can be easy to implement by the setting of circulation line
Magnet valve can control convenient for the on-off of control loop pipeline.
Further, the mixing plant includes agitator, the agitating shaft being arranged in agitator and is fixed at stirring
The stirring motor at bucket top, the agitating shaft are arranged at the axle center of agitator, and lower end, which is rotatably connected to, is located at stirring
The center of the crossbeam in bottom of chamber portion, the both ends of crossbeam are fixedly connected with the inner sidewall of agitator；Each fixation in agitating shaft upper and lower part
First agitating unit is connected, is fixedly connected with second agitating unit in the middle part of agitating shaft, the bottom of agitating shaft is fixed
It is connected with third agitating unit, agitating shaft goes back fixing sleeve equipped with receiver, the first stirring above first agitating unit on top
The V-arrangement stirring rod that unit topples over setting by two that are symmetricly set on agitating shaft two sides forms, and the second agitating unit is by symmetrically setting
Two "-" type stirring rods composition in agitating shaft two sides is set, third agitating unit is by being symmetricly set on two of agitating shaft two sides
Stirring rod composition is tilted, receiver is in funnel type, and the inner sidewall clearance fit of outer rim and agitator, upper open end is located at more
The lower section of a first blanking pipeline discharge end, disk body are provided with several leak holes throughout ground.By the setting of receiver, can incite somebody to action
The additive of the discharge of the raw material or circulation line of addition is uniformly broken up, so as to effectively improve the efficiency and effect of mixing
Fruit can improve the quality of production of additive.
It further, further include controller for the ease of the production of automation control additive and packing process, the control
Device processed respectively with the first solenoid valve, first flowmeter, the first feeding pump, the first blanking pump, second solenoid valve A, second solenoid valve
B, second solenoid valve C, second solenoid valve D, third solenoid valve A, third solenoid valve B, the second blanking pump, the second feeding pump, third
Feeding pump, circulating electromagnetic valve, stirring motor, third blanking pump, the 4th solenoid valve are connected with third flowmeter.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of mixing plant in the utility model.
In figure: 1, mixing plant, 2, raw material monomer tank, the 3, first feeding pipeline, the 4, first blanking pipeline, the 5, first feeding
Pump, the 6, first blanking pump, the 7, first solenoid valve, 8, first flowmeter, 9, finished pot, 10, stirring discharge nozzle road, on 11, second
Expects pipe road, the 12, second blanking pipeline, 13, second solenoid valve A, 14, second solenoid valve B, 15, second solenoid valve C, the 16, second electricity
Magnet valve D, 17, third feeding pipeline, 18, third blanking pipeline, 19, third solenoid valve A, the 20, second blanking pump, 21, third electricity
Magnet valve B, 22, second flowmeter, the 23, second feeding pump, 24, circulation line, 25, circulating electromagnetic valve, 26, agitator, 27, stirring
Motor, 28, agitating shaft, the 29, first stirring bar unit, the 30, second agitating unit, 31, third agitating unit, 32, strainer, 33,
4th feeding pipeline, the 34, the 4th blanking pipeline, 35, third feeding pump, 36, third blanking pump, the 37, the 4th solenoid valve, 38, the
Three flowmeters, 39, crossbeam, 40, receiver, 41, leak hole.
Specific embodiment
The utility model is described in further detail below.
As depicted in figs. 1 and 2, a kind of additive mixing sub-packaging system, including be mixed unit, the first material unit and
Storing unit；
Mixing unit is mixing plant 1, and the lower end of mixing plant 1 is connected with stirring discharge nozzle road 10；
First material unit is made of multiple raw material monomer tanks 2, wherein the upper end of each raw material monomer tank 2 is under
End is connected separately with the first feeding pipeline 3 and the first blanking pipeline 4, and the first feeding pump 5 is provided in the first feeding pipeline 3, the
The discharge end on one feeder pipe road 4 penetrates the inside of mixing plant 1 and terminates in the top of 1 inner space of mixing plant；First blanking
It has been sequentially connected in series the first blanking on pipeline 4 and has pumped the 6, first solenoid valve 7 and first flowmeter 8；
Storing unit is made of the first storing unit and the second storing unit, and the first storing unit and the second storing unit are equal
It is made of multiple finished pots 9；Wherein, the top and bottom of each finished pot 9 are connected separately with the second feeding pipeline 11 and second
Blanking pipeline 12；The feed end of second feeding pipeline 11 of multiple finished pots 9 in the first storing unit is homogeneous intercommunicated rear logical
Second solenoid valve A13 is crossed to be connected to the discharge end of third feeding pipeline 17；Second of multiple finished pots 9 in first storing unit
The homogeneous intercommunicated rear second solenoid valve C15 that passes through of the discharge end of blanking pipeline 12 is connected to the feed end of third blanking pipeline 18；
The feed end of second feeding pipeline 11 of multiple finished pots 9 in the second storing unit it is homogeneous it is intercommunicated after pass through second solenoid valve
B14 is connected to the discharge end of third feeding pipeline 17；Second blanking pipeline 12 of multiple finished pots 9 in the second storing unit
The homogeneous intercommunicated rear second solenoid valve D16 that passes through of discharge end is connected to the feed end of third blanking pipeline 18；Third feeding pipeline
Third solenoid valve A19 is serially connected on 17；It has been sequentially connected in series the second blanking on third blanking pipeline 18 and has pumped 20, third solenoid valve B21
With second flowmeter 22；
The discharge end on stirring discharge nozzle road 10 is connect with the liquid feeding end of the second feeding pump 23, the outlet end of the second feeding pump 23
It is connect with the feed end of third feeding pipeline 17.
The first feeding pump is set on the first feeding tube road of the raw material monomer tank in the first material unit and under first
Expects pipe road is provided with the first blanking pump, the first blanking pump, the first solenoid valve and first flowmeter, can not only be conveniently by electronic
The feeding operation of raw material monomer tank is realized in control, and conveniently can also realize that the blanking of raw material monomer tank is made by Electronic control
Industry, the first solenoid valve can facilitate the on-off of the first blanking pipeline of control, and first flowmeter can facilitate in the first blanking pipeline of monitoring
Flow can be convenient for automatically realizing the addition of each raw material during Additive Production to facilitate control feeding quantity.
Storing unit is divided into the first storing unit and the second storing unit, and the first storing unit and the second storing unit are by multiple
Finished pot composition in this way, storage capacity can not only be improved, and can also conveniently store manufactured additive, the first storing list in batches
Pass through second solenoid valve C, the second electricity after second blanking pipeline connection of multiple finished pots in member and the second storing unit respectively
Magnet valve D is connected to the feed end of third blanking pipeline, and the second blanking pump, third solenoid valve are connected on third feeder pipe road
B and second flowmeter can be convenient for that the subsequent packing operation of additive is made.It is more in first storing unit and the second storing unit
Going out by second solenoid valve A, second solenoid valve B and third feeding pipeline respectively after second feeding pipeline connection of a finished pot
Expect end connection, the first storing unit or the second storing can be stored into according to the actual situation convenient for the additive of the second feeding pump discharge
In unit.The sub-packaging system can improve the production packing efficiency of additive, can effectively reduce the labor load of operator, facilitate
Improve the degree of automation during Additive Production and packing.
It further include the second material unit, the second material unit is made of multiple raw material monomer tanks 2, wherein multiple monomers are former
The discharge end connection of 4th feeding pipeline 33 after first feeding pipeline 3 of batch can 2 is interconnected；The of multiple raw material monomer tanks 2
The feed end connection of 4th blanking pipeline 34 after one feeder pipe road 4 is interconnected；It is serially connected in third on 4th feeding pipeline 33
Material pump 35；It has been sequentially connected in series third blanking on 4th blanking pipeline 34 and has pumped the 36, the 4th solenoid valve 37 and third flowmeter 38, the 4th
The discharge end of blanking pipeline 34 penetrates the inside of mixing plant 1 and terminates in the top of 1 inner space of mixing plant.Second raw material list
Member is made of multiple raw material monomer tanks, a certain raw material of additive can be prepared convenient for large batch of storage, third feeding pump is just
Feeding process in Electronic control is completed, third blanking pump can complete blanking process convenient for Electronic control, and the 4th solenoid valve is just
In the on-off for controlling the 4th blanking pipeline, third flowmeter can be convenient for the feeding quantity of the 4th blanking pipeline of control.
The outlet end of second feeding pump 23 also passes through circulation line 24 and connect with the inner cavity top of mixing plant 1, circulation pipe
Circulating electromagnetic valve 25 is serially connected on road 24.It can be easy to implement the more evenly mixing of additive by the setting of circulation line, recycle
Solenoid valve can control convenient for the on-off of control loop pipeline.
The mixing plant 1 includes agitator 26, the agitating shaft 28 being arranged in agitator 26 and is fixed at stirring
The stirring motor 27 at 26 top of bucket, the agitating shaft 28 are arranged at the axle center of agitator 26, and lower end is rotatably connected to
Positioned at the center of the crossbeam 39 of stir chamber bottom, the both ends of crossbeam 39 are fixedly connected with the inner sidewall of agitator 26；Agitating shaft 28
Upper and lower part is respectively fixedly connected with first agitating unit 29, and it is single that the middle part of agitating shaft 28 is fixedly connected with one second stirring
Member 30, the bottom of agitating shaft 28 is fixedly connected with third agitating unit 31, and agitating shaft 28 is on first agitating unit 29 on top
Side goes back fixing sleeve equipped with receiver 40, and the first agitating unit 29 topples over setting by two that are symmetricly set on 28 two sides of agitating shaft
V-arrangement stirring rod composition, the second agitating unit 30 are made of two "-" type stirring rods for being symmetricly set on 28 two sides of agitating shaft, the
Three agitating units 31 are made of two inclination stirring rods for being symmetricly set on 28 two sides of agitating shaft, and receiver 40 is in funnel type,
The inner sidewall clearance fit of outer rim and agitator 26, upper open end are located at the lower section of multiple first blanking pipeline, 4 discharge ends,
Disk body is provided with several leak holes 41 throughout ground.It, can be by the discharge of the raw material of addition or circulation line by the setting of receiver
Additive uniformly broken up, so as to effectively improve the efficiency and effect of mixing, the quality of production of additive can be improved.
The setting of first agitating unit, the second agitating unit and third agitating unit can make mixed process more efficient, can also break mixed
Radial vortex layer during conjunction, can improve mixed effect.
It further include controller for the ease of the production and packing process of automation control additive, the controller point
6, second solenoid valve A13, second solenoid valve are not pumped with the first solenoid valve 7, first flowmeter 8, the first feeding pump 5, the first blanking
B14, second solenoid valve C15, second solenoid valve D16, third solenoid valve A19, third solenoid valve B21, the second blanking pump 20, second
Feeding pump 23, third feeding pump 35, circulating electromagnetic valve 25, stirring motor 27, third blanking pump the 36, the 4th solenoid valve 37 and third
Flowmeter 38 connects.It can be controlled separately feeding process, blanking process and the blanking of each raw material monomer tank 2 by controller
Amount, also can easily control the mixing time of mixing plant.Controller can also easily control storing to the process of finished pot
And packing process.
Claims (5)
1. a kind of additive mixing sub-packaging system, including unit, the first material unit and storing unit, feature is mixed and exists
In,
Mixing unit is mixing plant (1), and the lower end of mixing plant (1) is connected with stirring discharge nozzle road (10)；
First material unit is made of multiple raw material monomer tanks (2), wherein the upper end of each raw material monomer tank (2) is under
End is connected separately with the first feeding pipeline (3) and the first blanking pipeline (4), is provided with the first feeding in the first feeding pipeline (3)
It pumps (5), the discharge end of the first blanking pipeline (4) penetrates the inside of mixing plant (1) and terminates in mixing plant (1) inner space
Top；The first blanking pump (6), the first solenoid valve (7) and first flowmeter (8) have been sequentially connected in series on first blanking pipeline (4)；
Storing unit is made of the first storing unit and the second storing unit, and the first storing unit and the second storing unit are by more
A finished pot (9) composition；Wherein, the top and bottom of each finished pot (9) are connected separately with the second feeding pipeline (11) and
Two blanking pipelines (12)；The feed end of second feeding pipeline (11) of multiple finished pots (9) in the first storing unit is mutually
It is connected to by second solenoid valve A (13) with the discharge end of third feeding pipeline (17) after connection；It is multiple in first storing unit
The discharge end of second blanking pipeline (12) of finished pot (9) is homogeneously intercommunicated to pass through second solenoid valve C (15) and third blanking afterwards
The feed end of pipeline (18) is connected to；The feed end of second feeding pipeline (11) of multiple finished pots (9) in the second storing unit
Homogeneous intercommunicated rear pass through second solenoid valve B (14) are connected to the discharge end of third feeding pipeline (17)；In second storing unit
Multiple finished pots (9) the second blanking pipeline (12) discharge end it is homogeneous it is intercommunicated after pass through second solenoid valve D (16) and the
The feed end of three blanking pipelines (18) is connected to；Third solenoid valve A (19) is serially connected on third feeding pipeline (17)；Third feeder pipe
The second blanking pump (20), third solenoid valve B (21) and second flowmeter (22) have been sequentially connected in series on road (18)；
The discharge end of stirring discharge nozzle road (10) is connect with the liquid feeding end of the second feeding pump (23), and the second feeding pump (23) goes out liquid
End is connect with the feed end of third feeding pipeline (17).
2. a kind of additive mixing sub-packaging system according to claim 1, which is characterized in that further include the second raw material list
Member, the second material unit are made of multiple raw material monomer tanks (2), wherein the first feeding pipeline of multiple raw material monomer tanks (2)
(3) the discharge end connection of the 4th feeding pipeline (33) after being interconnected；First blanking pipeline (4) of multiple raw material monomer tanks (2)
The feed end connection of 4th blanking pipeline (34) after being interconnected；Third feeding pump is serially connected on 4th feeding pipeline (33)
(35)；Third blanking pump (36), the 4th solenoid valve (37) and third flowmeter have been sequentially connected in series on 4th blanking pipeline (34)
(38), the discharge end of the 4th blanking pipeline (34) penetrates the inside of mixing plant (1) and terminates in mixing plant (1) inner space
Top.
3. a kind of additive mixing sub-packaging system according to claim 1 or 2, which is characterized in that the second feeding pump (23)
Outlet end also pass through circulation line (24) and connect with the inner cavity top of mixing plant (1), be serially connected with and follow on circulation line (24)
Ring solenoid valve (25).
4. a kind of additive mixing sub-packaging system according to claim 3, which is characterized in that mixing plant (1) packet
Agitator (26), setting are included in the agitating shaft (28) in agitator (26) and the stirring being fixed at the top of agitator (26) electricity
Machine (27), the agitating shaft (28) are arranged at the axle center of agitator (26), and lower end is rotatably connected to positioned at stir chamber
The both ends at the center of the crossbeam (39) of bottom, crossbeam (39) are fixedly connected with the inner sidewall of agitator (26)；On agitating shaft (28)
Portion is respectively fixedly connected with first agitating unit (29) with lower part, and one second stirring is fixedly connected in the middle part of agitating shaft (28)
Unit (30), the bottom of agitating shaft (28) are fixedly connected with third agitating unit (31), and agitating shaft (28) is stirred the first of top
It mixes and goes back fixing sleeve above unit (29) equipped with receiver (40), the first agitating unit (29) is by being symmetricly set on agitating shaft (28) two
Two of side topple over the V-arrangement stirring rod composition of setting, and the second agitating unit (30) is by being symmetricly set on agitating shaft (28) two sides
Two "-" type stirring rod compositions, third agitating unit (31) are stirred by two inclinations for being symmetricly set on agitating shaft (28) two sides
Bar composition, receiver (40) are in funnel type, and the inner sidewall clearance fit of outer rim and agitator (26), upper open end is located at more
The lower section of a first blanking pipeline (4) discharge end, disk body are provided with several leak holes (41) throughout ground.
5. a kind of additive mixing sub-packaging system according to claim 4, which is characterized in that it further include controller, it is described
Controller pumps (6), the second electromagnetism with the first solenoid valve (7), first flowmeter (8), the first feeding pump (5), the first blanking respectively
Valve A (13), second solenoid valve B (14), second solenoid valve C (15), second solenoid valve D (16), third solenoid valve A (19), third
Solenoid valve B (21), the second blanking pump (20), the second feeding pump (23), third feeding pump (35), circulating electromagnetic valve (25), stirring
Motor (27), third blanking pump (36), the 4th solenoid valve (37) and third flowmeter (38) connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821413598.7U CN208732581U (en) | 2018-08-30 | 2018-08-30 | Additive mixing sub-packaging system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821413598.7U CN208732581U (en) | 2018-08-30 | 2018-08-30 | Additive mixing sub-packaging system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208732581U true CN208732581U (en) | 2019-04-12 |
Family
ID=66031956
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821413598.7U Expired - Fee Related CN208732581U (en) | 2018-08-30 | 2018-08-30 | Additive mixing sub-packaging system |
Country Status (1)
| Country | Link |
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| CN (1) | CN208732581U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110433696A (en) * | 2019-08-21 | 2019-11-12 | 中山市富日印刷材料有限公司 | Produce the automatic equipment of gloss oil and the production method of bloom, high abrasion gloss oil |
-
2018
- 2018-08-30 CN CN201821413598.7U patent/CN208732581U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110433696A (en) * | 2019-08-21 | 2019-11-12 | 中山市富日印刷材料有限公司 | Produce the automatic equipment of gloss oil and the production method of bloom, high abrasion gloss oil |
| CN110433696B (en) * | 2019-08-21 | 2021-10-01 | 中山市富日印刷材料有限公司 | Full-automatic equipment for producing gloss oil and production method of high-gloss and high-wear-resistance gloss oil |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190412 Termination date: 20210830 |
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| CF01 | Termination of patent right due to non-payment of annual fee |