CN213024057U - Pearlescent pigment production system based on network medium control - Google Patents
Pearlescent pigment production system based on network medium control Download PDFInfo
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- CN213024057U CN213024057U CN202021986256.1U CN202021986256U CN213024057U CN 213024057 U CN213024057 U CN 213024057U CN 202021986256 U CN202021986256 U CN 202021986256U CN 213024057 U CN213024057 U CN 213024057U
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Abstract
The utility model discloses a pearlescent pigment production system based on network media control, this system include mica production system, auxiliary material configuration system, pearlescent pigment production system and network media control module. The network media control module is used as a central carrier for data collection, data analysis, data abnormity alarm and automatic parameter adjustment, and background data tracking, background data analysis, data output abnormity alarm and control parameter automatic adjustment, data recording, data tracking recording and data analysis trend are adopted, so that the purposes of preventing in advance and taking measures in advance are achieved, the production efficiency is improved, the production cost is reduced, and the product quality is ensured.
Description
Technical Field
The utility model relates to a production and control of pearlescent pigment, concretely relates to pearlescent pigment production system based on network media control belongs to pearlescent pigment production facility technical field.
Background
The pearlescent pigment is formed by coating mica with thin metal oxide layers. Different pearlescent effects can be produced by changing the metal oxide thin layer. Compared with other pigments, the pearlescent pigment has incomparable effect on the unique soft pearl luster. The special surface structure, high refractive index and good transparency make it create the same effect as pearl luster in a transparent medium. The excellent chemical and high temperature resistance of pearlescent pigments offers the possibility of their wide application in coatings, inks, plastics and in a variety of fields, providing a completely new color system and color quality for these products. The pearlescent pigment has low heavy metal content, meets related safety technical standards, and can be used for food packaging and toys for children. Neither acid nor alkali can attack the pearlescent pigment at normal temperature. The pearlescent pigment cannot burn, is not self-ignited, is not conductive, and can resist the high temperature of 600-800 ℃. Pearlescent pigments can also be used in reactive coatings of radiation-curing systems (electron beam curing, photocuring). The production of pearlescent pigment belongs to the novel material industry, and at present, no relevant national standard exists in the aspects of quality requirements and production technology, and the production is in the rising period of the industry.
At present, the production quality and key process parameter (generally, all process parameters of a mica production section, all process parameters of a chemical auxiliary material preparation section and all process parameters of a final pearlescent pigment preparation production section) control of each large manufacturer in the same industry mainly depend on manual control, and the product of each manufacturer has different hues due to different differences among people; meanwhile, as the automatic monitoring, controlling and adjusting mechanism of partial or all key quality parameters and process parameters is not realized, the problems of high employee intensity, high production cost, low production efficiency and the like in a production workshop occur in the pearlescent pigment production industry.
For an industry in the rising period, the network medium automatic monitoring control is designed and used for achieving abnormal alarming in the production process, automatic adjustment of control parameters, data recording, data tracking, recording and searching quality problems, advanced prevention of data analysis trend and measures, so that the labor cost can be greatly reduced, the production operation difficulty can be reduced, the unqualified processing cost can be reduced, the process parameters can be accurately controlled, the production efficiency can be improved, and the like. Through literature retrieval, no production technology capable of effectively realizing high-efficiency and high-quality pearlescent pigment in a network medium automatic monitoring control regulation mode exists at present, and the capability of achieving instruction transmission and realizing self-adjustment of parameters of each section through network medium control is achieved.
SUMMERY OF THE UTILITY MODEL
The utility model provides a not enough to prior art, the utility model provides a pearlescent pigment production system based on network media control, this system be one kind can realize automatic acquisition data, analytical data, data exception warning, the automatic network media control system who regulates and control production parameter. The system is characterized in that a network page is used as a central carrier for data collection, data analysis, data abnormity alarm and automatic parameter adjustment, a data collection device, an abnormity alarm device and an automatic parameter adjustment device are arranged at a key point of production quality control, and are transmitted to a network medium control system through a network, the system judges according to background quality standards, and performs data tracking, data analysis, data output abnormity alarm and automatic parameter adjustment (data recording, data tracking recording and data analysis trend) through background data tracking, data analysis, so as to achieve the purposes of preventing in advance and taking measures in advance, further improve the production efficiency and reduce the production cost.
In order to achieve the above object, the utility model discloses the technical scheme who adopts specifically as follows:
a pearlescent pigment production system based on network media control comprises a mica production system, an auxiliary material configuration system, a pearlescent pigment production system and a network media control module. The discharge port of the mica production system is connected with the mica feed port of the pearlescent pigment production system through a mica conveying device. And the discharge port of the auxiliary material preparation system is connected with the auxiliary material feed port of the pearlescent pigment production system through an auxiliary material conveying device. The network media control module is respectively and independently connected with the mica production system, the auxiliary material configuration system and the pearlescent pigment production system, and controls the operation of the mica production system, the auxiliary material configuration system and the pearlescent pigment production system.
Preferably, the system further includes a process control device. The process control equipment is connected with the mica production system, the auxiliary material preparation system and the pearlescent pigment production system. Meanwhile, the process control device is connected with the network media control module. The network medium control module controls the operation of the mica production system, the auxiliary material configuration system and the pearlescent pigment production system through the process control equipment.
Preferably, the system further comprises information transmission means. The information transmission device is arranged between the network media control module and the process control equipment. The network media control module controls the operation of the process control equipment through the information transmission device.
Preferably, the information transmission device includes a control-side information transceiver and an execution-side information transceiver. The control end information transceiver is arranged on the network media control module, and the execution end information transceiver is arranged on the process control equipment.
Preferably, the process control device comprises a mica production process control device, an auxiliary material configuration process control device and a pearlescent pigment production process control device. The mica production process control equipment is connected with the mica production system. The auxiliary material configuration process control equipment is connected with the auxiliary material configuration system. The pearlescent pigment production process control equipment is connected with the pearlescent pigment production system.
Preferably, the mica production process control device, the auxiliary material configuration process control device and the pearlescent pigment production process control device are respectively and independently provided with an execution end information transceiver.
Preferably, the network media control module includes a database, a Web server, and a terminal display control device. And network communication connection is established between the database, the Web server and the terminal display control equipment. The network communication connection is a wired network communication connection and/or a wireless network communication connection.
Preferably, the database comprises a data acquisition unit, a data storage unit and a preset data unit. And the data acquisition unit is in communication connection with the control end information transceiver.
Preferably, the Web server includes a mica production parameter analysis and adjustment unit, an auxiliary material configuration parameter analysis and adjustment unit, and a pearly luster production parameter analysis and adjustment unit.
Preferably, the terminal display control device comprises a mica production control panel display unit, an auxiliary material configuration control panel display unit and a pearlescent production control panel display unit. The mica production control panel display unit, the auxiliary material configuration control panel display unit and the pearl production control panel display unit are all in communication connection with the control end information transceiver.
Preferably, the system further comprises a firewall. The firewall is disposed between the network media control module and the process control device.
Preferably, the firewall is disposed between the network media control module and the information transmission device.
Preferably, the system further comprises a system detection and maintenance device. The system detection maintenance equipment is connected with the network media control module.
The terminal display control equipment is PC end display control equipment and/or mobile end display control equipment.
In the prior art, various manufacturers for producing pearlescent pigments mainly rely on manual control in the processes of production quality and key process parameter control, and have differences from person to person, so that the quality of products at different stages is different (namely, the quality of pearlescent pigments produced by different workers is not uniform) and the products of different manufacturers have different hues and differences; meanwhile, the automatic control of partial or all key quality parameters and process parameters is not realized, so that the problems of high employee intensity, high production cost and low production efficiency of a production workshop in the pearlescent pigment production industry are solved.
The utility model discloses in, pearlescent pigment production system based on network media control includes mica production system, auxiliary material configuration system, pearlescent pigment production system and network media control module. The discharge port of the mica production system is connected with the mica feed port of the pearlescent pigment production system through a mica conveying device. And the discharge port of the auxiliary material preparation system is connected with the auxiliary material feed port of the pearlescent pigment production system through an auxiliary material conveying device. The network medium control module respectively and independently controls the operation of the mica production system, the auxiliary material configuration system and the pearlescent pigment production system. The network medium control module can realize the functions of automatically acquiring real-time data of each section, analyzing the data, alarming data abnormity, automatically regulating and controlling production parameters and the like. Setting optimal production process parameters in advance, setting a data acquisition device, a data abnormity alarm device and a control parameter automatic adjusting device at production quality control key points (all process parameters of a mica production section, all process parameters of a chemical auxiliary material configuration section and all process parameters of a final pearlescent pigment preparation production section) by taking a Web server as a central carrier for data collection, data analysis, data abnormity alarm and automatic adjustment of parameters, transmitting the data acquisition device, the data abnormity alarm device and the control parameter automatic adjusting device to a network medium control system through network information, judging the system according to background quality standards, and outputting abnormity alarm and automatic adjustment of control parameters (data recording, data tracking recording and data analysis trend) through background data tracking and data analysis so as to achieve the purposes of preventing in advance and taking measures in advance, further improve the production efficiency and reduce the production cost, meanwhile, the balance of the quality of the pearlescent pigment product can be guaranteed to the greatest extent.
The utility model discloses in, through setting up process control equipment (mica production process control equipment, auxiliary material configuration process control equipment and pearlescent pigment production process control equipment), process control equipment passes through information transmission device (control end information transceiver and execution end information transceiver) and establishes network communication with network media control module and is connected, and then can realize according to the operating mode parameter of monitoring in real time (after the best parameter contrast of each process that has set for well in advance) to the independent automatic control of single process adjust or the purpose that a plurality of processes independently carried out the automatic control simultaneously and adjust. Thereby improving the production efficiency and ensuring the product quality.
The present invention is directed to an information transmission device including a control terminal information transceiver and an execution terminal information transceiver. The control end information transceiver is arranged on the network media control module, and the execution end information transceiver is arranged on the process control equipment. The control end information transceiver and the execution end information transceiver are bridges for real-time communication between the network media control module and the process control equipment, and the execution end information transceiver feeds back real-time monitored working condition data (real-time image data, real-time parameter data of each section, such as temperature, humidity, pressure, raw material input amount and the like) to the network media control module through the control end information transceiver in real time. The network medium control module judges and sends out an adjusting instruction according to a preset optimal program; and the process control equipment receives the adjusting instruction through the execution end information transceiver, and then automatically adjusts the process parameters of different sections. Furthermore, the network medium control module can also analyze and prejudge according to the collected parameter data, and sends out an adjusting instruction in advance to the process control equipment to carry out corresponding adjustment. The process parameters of the working section can be prevented from generating large fluctuation (relative to a preset optimal parameter value system) in advance, so that the production efficiency is improved, and the product quality is guaranteed.
The utility model discloses in, network media control module includes database, Web server and terminal display controlgear. And network communication connection is established between the database, the Web server and the terminal display control equipment. The network communication connection is a wired network communication connection and/or a wireless network communication connection. The database (comprising a data acquisition unit, a data storage unit and a preset data unit) can realize the collection, arrangement and storage of the process parameter data; the Web server (comprising a mica production parameter analysis and adjustment unit, an auxiliary material configuration parameter analysis and adjustment unit and a pearly luster production parameter analysis and adjustment unit) analyzes and judges the data fed back by the database; the terminal display control device (such as a computer or a mobile phone, wherein a mica production control panel display unit, an auxiliary material configuration control panel display unit and a pearl production control panel display unit are arranged) can be used for displaying the data information of the database and the data analysis result and the adjustment scheme of the Web server, and simultaneously can also set an optimal process parameter system (stored in a preset data unit) and monitor each section and send an adjustment instruction.
In the present invention, all network communication connections are wired network communication connections and/or wireless network communication connections. For example, wired networks such as telecommunication networks, netcom networks, subway networks, communication networks, mobile networks and wireless INTERNET networks, GPRS, GPS, beidou systems, 3G networks, 4G networks, 5G networks, etc.
Compared with the prior art, the utility model discloses a beneficial technological effect as follows:
1. the utility model discloses a pearl pigment production system based on network media control has realized the first application of network media system in pearl pigment production technique.
2. The utility model discloses a pearl pigment production system based on network media control realizes network media system and pearl pigment production industry process control equipment's linkage operation.
3. The utility model discloses a pearl pigment production system based on network media control has realized that network media system judges, sends control command to the controlgear of production process quality at pearl pigment production trade is automatic, reaches data abnormal alarm, data abnormal statistics, control trend analysis and parameter automatic adjustment's ability.
4. The utility model discloses a pearlescent pigment production system based on network media control has realized that each workshop section parameter data automatic collection, analysis, judgement, comparison inspection data record's comprehensive treatment purpose in the pearlescent pigment production.
Drawings
FIG. 1 is a schematic diagram of a network media control-based pearlescent pigment production system of the present invention.
FIG. 2 is a schematic diagram of the process control of the pearlescent pigment production system based on network media control.
Fig. 3 is a schematic diagram of the overall architecture of the pearlescent pigment production system based on network media control according to the present invention.
Reference numerals: 1: a mica production system; 2: an auxiliary material preparation system; 3: a pearlescent pigment production system; 4: a network media control module; 401: a database; 40101: a data acquisition unit; 40102: a data storage unit; 40103: presetting a data unit; 402: a Web server; 40201: a mica production parameter analysis and adjustment unit; 40202: an auxiliary material configuration parameter analysis and adjustment unit; 40203: a pearly luster production parameter analysis and adjustment unit; 403: a terminal display control device; 40301: mica produces the display unit of the control panel; 40302: the auxiliary material configuration control panel display unit; 40303: a pearlescent production control panel display unit; 5: a process control device; 501: mica production process control equipment; 502: auxiliary material configuration process control equipment; 503: controlling equipment in the production process of the pearlescent pigment; 6: an information transmission device; 601: a control-end information transceiver; 602: an execution side information transceiver; 7: a firewall; 8: the system detects the maintenance device.
Detailed Description
The technical solution of the present invention is illustrated below, and the claimed invention includes but is not limited to the following embodiments.
A pearlescent pigment production system based on network media control comprises a mica production system 1, an auxiliary material configuration system 2, a pearlescent pigment production system 3 and a network media control module 4. And a discharge port of the mica production system 1 is connected with a mica feed port of the pearlescent pigment production system 3 through a mica conveying device. And the discharge port of the auxiliary material preparation system 2 is connected with the auxiliary material feed port of the pearlescent pigment production system 3 through an auxiliary material conveying device. The network media control module 4 is respectively and independently connected with the mica production system 1, the auxiliary material configuration system 2 and the pearlescent pigment production system 3, and controls the operation of the mica production system 1, the auxiliary material configuration system 2 and the pearlescent pigment production system 3.
Preferably, the system further comprises a process control device 5. The process control device 5 is connected with the mica production system 1, the auxiliary material preparation system 2 and the pearlescent pigment production system 3. Meanwhile, the process control device 5 is connected to the network media control module 4. The network medium control module 4 controls the operation of the mica production system 1, the auxiliary material preparation system 2 and the pearlescent pigment production system 3 through the process control equipment 5.
Preferably, the system further comprises information transmission means 6. The information transmission means 6 is arranged between the network media control module 4 and the process control device 5. The network agent control module 4 controls the operation of the process control device 5 via the information transmission means 6.
Preferably, the information transmission device 6 includes a control-side information transceiver 601 and an execution-side information transceiver 602. The control-side information transceiver 601 is disposed on the network media control module 4, and the execution-side information transceiver 602 is disposed on the process control device 5.
Preferably, the process control device 5 includes a mica production process control device 501, an auxiliary material preparation process control device 502, and a pearlescent pigment production process control device 503. The mica production process control device 501 is connected to the mica production system 1. The auxiliary material configuration process control device 502 is connected to the auxiliary material configuration system 2. The pearl pigment production process control device 503 is connected to the pearl pigment production system 3.
Preferably, the mica production process control device 501, the auxiliary material configuration process control device 502 and the pearlescent pigment production process control device 503 are respectively and independently provided with an execution end information transceiver 602.
Preferably, the network media control module 4 includes a database 401, a Web server 402, and a terminal display control device 403. The database 401, the Web server 402 and the terminal display control device 403 are all connected in a network communication manner. The network communication connection is a wired network communication connection and/or a wireless network communication connection.
Preferably, the database 401 includes a data collecting unit 40101, a data storing unit 40102, and a preset data unit 40103. The data acquisition unit 40101 establishes communication connection with the control terminal information transceiver 601.
Preferably, the Web server 402 includes a mica production parameter analysis adjusting unit 40201, an auxiliary material configuration parameter analysis adjusting unit 40202, and a pearl production parameter analysis adjusting unit 40203.
Preferably, the terminal display control apparatus 403 includes a mica production control panel display unit 40301, an auxiliary material configuration control panel display unit 40302, and a pearl production control panel display unit 40303. The mica production control panel display unit 40301, the auxiliary material configuration control panel display unit 40302 and the pearl production control panel display unit 40303 are all in communication connection with the control end information transceiver 601.
Preferably, the system further comprises a firewall 7. The firewall 7 is disposed between the network media control module 4 and the process control device 5.
Preferably, the firewall 7 is disposed between the network media control module 4 and the information transmission device 6.
Preferably, the system also includes a system check and maintenance device 8. The system detection maintenance equipment 8 is connected with the network media control module 4.
The terminal display control device 403 is a PC-side display control device and/or a mobile-side display control device.
Example 1
As shown in fig. 1, a pearlescent pigment production system based on network media control includes a mica production system 1, an auxiliary material preparation system 2, a pearlescent pigment production system 3 and a network media control module 4. And a discharge port of the mica production system 1 is connected with a mica feed port of the pearlescent pigment production system 3 through a mica conveying device. And the discharge port of the auxiliary material preparation system 2 is connected with the auxiliary material feed port of the pearlescent pigment production system 3 through an auxiliary material conveying device. The network media control module 4 is respectively and independently connected with the mica production system 1, the auxiliary material configuration system 2 and the pearlescent pigment production system 3, and controls the operation of the mica production system 1, the auxiliary material configuration system 2 and the pearlescent pigment production system 3.
Example 2
As shown in fig. 2, embodiment 1 is repeated except that the system further comprises a process control device 5. The process control device 5 is connected with the mica production system 1, the auxiliary material preparation system 2 and the pearlescent pigment production system 3. Meanwhile, the process control device 5 is connected to the network media control module 4. The network medium control module 4 controls the operation of the mica production system 1, the auxiliary material preparation system 2 and the pearlescent pigment production system 3 through the process control equipment 5.
Example 3
As shown in fig. 3, embodiment 2 is repeated except that the system further comprises information transmission means 6. The information transmission means 6 is arranged between the network media control module 4 and the process control device 5. The network agent control module 4 controls the operation of the process control device 5 via the information transmission means 6.
Example 4
Example 5
Example 4 was repeated except that the process control device 5 included a mica production process control device 501, an auxiliary material preparation process control device 502, and a pearl pigment production process control device 503. The mica production process control device 501 is connected to the mica production system 1. The auxiliary material configuration process control device 502 is connected to the auxiliary material configuration system 2. The pearl pigment production process control device 503 is connected to the pearl pigment production system 3.
Example 6
Example 5 is repeated, except that the mica production process control device 501, the auxiliary material configuring process control device 502 and the pearlescent pigment production process control device 503 are respectively and independently provided with an execution end information transceiver 602.
Example 7
Example 8
Example 9
Example 10
Example 9 is repeated except that the terminal display control apparatus 403 includes a mica production control panel display unit 40301, an auxiliary material configuration control panel display unit 40302, and a pearl production control panel display unit 40303. The mica production control panel display unit 40301, the auxiliary material configuration control panel display unit 40302 and the pearl production control panel display unit 40303 are all in communication connection with the control end information transceiver 601.
Example 11
Example 10 is repeated except that the system further comprises a firewall 7. The firewall 7 is disposed between the network media control module 4 and the process control device 5.
Example 12
Embodiment 11 is repeated except that the firewall 7 is disposed between the network media control module 4 and the information transmission apparatus 6.
Example 13
Example 12 is repeated except that the system further comprises a system check and maintenance device 8. The system detection maintenance equipment 8 is connected with the network media control module 4.
Example 14
Embodiment 13 is repeated except that the terminal display control device 403 is a PC terminal.
Claims (16)
1. A pearlescent pigment production system based on network medium control is characterized in that: the system comprises a mica production system (1), an auxiliary material configuration system (2), a pearlescent pigment production system (3) and a network medium control module (4); the discharge hole of the mica production system (1) is connected with the mica feed inlet of the pearlescent pigment production system (3) through a mica conveying device; the discharge hole of the auxiliary material preparation system (2) is connected with the auxiliary material feed inlet of the pearlescent pigment production system (3) through an auxiliary material conveying device; the network medium control module (4) is respectively and independently connected with the mica production system (1), the auxiliary material configuration system (2) and the pearlescent pigment production system (3) and controls the operation of the mica production system (1), the auxiliary material configuration system (2) and the pearlescent pigment production system (3).
2. The system of claim 1, wherein: the system further comprises a process control device (5); the process control equipment (5) is connected with the mica production system (1), the auxiliary material preparation system (2) and the pearlescent pigment production system (3); meanwhile, the process control equipment (5) is connected with the network media control module (4); the network medium control module (4) controls the operation of the mica production system (1), the auxiliary material configuration system (2) and the pearlescent pigment production system (3) through the process control equipment (5).
3. The system of claim 2, wherein: the system further comprises information transmission means (6); the information transmission device (6) is arranged between the network medium control module (4) and the process control equipment (5); the network media control module (4) controls the operation of the process control device (5) via the information transmission device (6).
4. The system of claim 3, wherein: the information transmission device (6) comprises a control end information transceiver (601) and an execution end information transceiver (602); the control end information transceiver (601) is arranged on the network medium control module (4), and the execution end information transceiver (602) is arranged on the process control equipment (5).
5. The system of claim 4, wherein: the process control device (5) comprises a mica production process control device (501), an auxiliary material configuration process control device (502) and a pearlescent pigment production process control device (503); the mica production process control equipment (501) is connected with the mica production system (1); the auxiliary material configuration process control device (502) is connected with the auxiliary material configuration system (2); the pearlescent pigment production process control equipment (503) is connected with the pearlescent pigment production system (3).
6. The system of claim 5, wherein: and execution end information transceivers (602) are independently arranged on the mica production process control device (501), the auxiliary material configuration process control device (502) and the pearlescent pigment production process control device (503).
7. The system according to any one of claims 4-6, wherein: the network media control module (4) comprises a database (401), a Web server (402) and a terminal display control device (403); network communication connection is established between the database (401), the Web server (402) and the terminal display control equipment (403); the network communication connection is wired network communication connection or wireless network communication connection.
8. The system of claim 7, wherein: the database (401) comprises a data acquisition unit (40101), a data storage unit (40102) and a preset data unit (40103); and the data acquisition unit (40101) is in communication connection with the control end information transceiver (601).
9. The system of claim 7, wherein: the Web server (402) comprises a mica production parameter analysis and adjustment unit (40201), an auxiliary material configuration parameter analysis and adjustment unit (40202) and a pearlescent production parameter analysis and adjustment unit (40203).
10. The system of claim 8, wherein: the Web server (402) comprises a mica production parameter analysis and adjustment unit (40201), an auxiliary material configuration parameter analysis and adjustment unit (40202) and a pearlescent production parameter analysis and adjustment unit (40203).
11. The system of claim 7, wherein: the terminal display control device (403) comprises a mica production control panel display unit (40301), an auxiliary material configuration control panel display unit (40302) and a pearly luster production control panel display unit (40303); the mica production control panel display unit (40301), the auxiliary material configuration control panel display unit (40302) and the pearlescent production control panel display unit (40303) are all in communication connection with the control end information transceiver (601).
12. The system according to any one of claims 8-10, wherein: the terminal display control device (403) comprises a mica production control panel display unit (40301), an auxiliary material configuration control panel display unit (40302) and a pearly luster production control panel display unit (40303); the mica production control panel display unit (40301), the auxiliary material configuration control panel display unit (40302) and the pearlescent production control panel display unit (40303) are all in communication connection with the control end information transceiver (601).
13. The system according to any one of claims 3-6, 8-11, wherein: the system further comprises a firewall (7); the firewall (7) is arranged between the network media control module (4) and the process control device (5).
14. The system of claim 13, wherein: the firewall (7) is arranged between the network media control module (4) and the information transmission device (6).
15. The system of claim 7, wherein: the system further comprises a system detection and maintenance device (8); the system detection and maintenance equipment (8) is connected with the network medium control module (4); and/or
And the terminal display control equipment (403) is PC side display control equipment or mobile side display control equipment.
16. The system according to any one of claims 8-11, wherein: the system further comprises a system detection and maintenance device (8); the system detection and maintenance equipment (8) is connected with the network medium control module (4); and/or
And the terminal display control equipment (403) is PC side display control equipment or mobile side display control equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021986256.1U CN213024057U (en) | 2020-09-11 | 2020-09-11 | Pearlescent pigment production system based on network medium control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021986256.1U CN213024057U (en) | 2020-09-11 | 2020-09-11 | Pearlescent pigment production system based on network medium control |
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| CN213024057U true CN213024057U (en) | 2021-04-20 |
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| CN202021986256.1U Active CN213024057U (en) | 2020-09-11 | 2020-09-11 | Pearlescent pigment production system based on network medium control |
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Denomination of utility model: A pearlescent pigment production system based on network media control Effective date of registration: 20230104 Granted publication date: 20210420 Pledgee: China Construction Bank Corporation Liuzhou Branch Pledgor: GUANGXI CHESIR PEARL MATERIAL Co.,Ltd. Registration number: Y2023450000001 |