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CYZ31-2019 English PDF

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CYZ31-2019: (Printing Intelligent Manufacturing Standard System Table)
Status: Valid

Standard ID	Contents [version]	USD	STEP2	[PDF] delivered in	Standard Title (Description)	Status	PDF
CY/Z 31-2019	English	399	Add to Cart	4 days [Need to translate]	(Printing Intelligent Manufacturing Standard System Table)	Valid	CY/Z 31-2019

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Standard similar to CYZ31-2019

WB/T 1120 DL/T 679 GB/T 7706 CY/T 29 CY/Z 29 CY/Z 28

Basic data

Standard ID	CY/Z 31-2019 (CY/Z31-2019)
Description (Translated English)	(Printing Intelligent Manufacturing Standard System Table)
Sector / Industry	Press & Publication Industry Standard
Classification of Chinese Standard	A17
Word Count Estimation	16,192
Date of Issue	2019-11-28
Date of Implementation	2020-01-01
Regulation (derived from)	National News-Press Announcement (2019) No. 40
Issuing agency(ies)	State Press and Publication Administration

CYZ31-2019: (Printing Intelligent Manufacturing Standard System Table)

---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
CY /Z 31-2019 Standard system diagram of smart manufacturing for printing Printing Intelligent Manufacturing Standard System Table 2019-11-28 release 2020-01-01 Implementation Press and Publication Industry Standard of the People's Republic of China ICS 37.100.01 A 17 Issued by the National Press and Publication Administration of the People's Republic of China

Preface 1 Scope 1 2 Terms and definitions 1 3 Preparation principle 1 4 Standard System Table 2 Reference 9 This standard is prepared in accordance with the drafting rules given in GB/T 1.1-2009 and GB/T 13016-2018. Please note that certain contents of this document may involve patents. The issuing agency of this document is not responsible for identifying these patents. This standard is composed of the National Printing Standardization Technical Committee (SAC/TC 170) and the National Printing Machinery Standardization Technical Committee (SAC/TC 170). 192) Propose and manage. Drafting organizations of this standard. Shaanxi Beiren Printing Machinery Co., Ltd., Shenzhen Yutong Packaging Technology Co., Ltd., Anhui New Hua Printing Co., Ltd., Zhejiang Weigang Machinery Co., Ltd., Changde Jinpeng Printing Co., Ltd., China Academy of Printing Science and Technology have Co., Ltd., Hangzhou Kerei Mechanical and Electrical Industry Co., Ltd., Shanghai Tobacco Packaging and Printing Co., Ltd., Zhejiang Meinong Century Group Co., Ltd., Shenzhen Shenzhen Jinjia Group Co., Ltd., Shanghai Publishing and Printing College, Beijing Institute of Graphic Communication, Tianjin Ronglian Huizhi Intelligent Technology Co., Ltd. Company, Beijing Hualian Printing Co., Ltd., Zhejiang Xinhua Digital Printing Co., Ltd., Beijing Wulue Technology Co., Ltd., Beijing Peking University Founder Electronics Co., Ltd., Beiren Intelligent Equipment Technology Co., Ltd., Zhejiang Jinbao Machinery Co., Ltd. The main drafters of this standard. Hu Guimian, Peng Ming, Li Yanfeng, Xue Zhicheng, Xi Darun, Chen Guangxue, Qi Yuansheng, Zhang Jie, Lan Yujing, Du Wanquan, Che Wenchun, Ou Liguo, Zhao Pengfei, Lu Weiyi, Shuai Jin, Wang Ke, Lu Wei, Kong Lingjun, Liu Linlin, Zhu Daping, Pan Jun, Wang Xudong, Ji Jun, Chen Junjiang, Zhu Ziyu, Sun Tiejun, Zhang Xiang.

Foreword

1 Scope

This standard specifies the basic framework and schedule of the printing intelligent manufacturing standard system. This standard is applicable to the planning, project establishment and revision of standard projects for printing intelligent manufacturing, and can also be used for production, management and scientific technology. Technical research.

2 Terms and definitions

The following terms and definitions apply to this document. 2.1 Smart manufacturing for printing Based on the in-depth integration of the new generation of information and communication technology and advanced manufacturing technology, it runs through all aspects of design, production, management, and service. A new printing production method with functions such as self-perception, self-learning, self-decision, self-execution, and self-adaptation. 2.2 Standard system diagram of smart manufacturing for printing Print a chart in which the standards in the intelligent manufacturing (2.1) standard system are arranged according to their internal connections. 2.3 Cloud printing The general term for printing design, production, management, service and printing cloud platform based on cloud computing business model applications.

3 Principles of preparation

3.1 Clear goals Make the planning, project approval and revision of the printing intelligent manufacturing standard project have rules to follow, and form a scientific and reasonable standard system. 3.2 Complete package Focusing on the goal of the standard system, reflecting its systematicness and integrity, that is, the sub-systems of the system and the comprehensive set of sub-sub-systems and clear standards A comprehensive set of standards listed in the detailed table. 3.3 Appropriate level According to the principle of step-by-step refinement from generality to individuality, the printing intelligent manufacturing standards that have been formulated and drafted and revised are processed according to the hierarchical relationship. Line arrangement. 3.4 Clear division According to the principle of standard identity classification, the different types of standards in the printing intelligent manufacturing standard system table are subdivided into several sub-systems And sub-subsystem. Printing Intelligent Manufacturing Standard System Table

4 Standard System Table

Standard architecture diagram The overall structure of the printing intelligent manufacturing standard system consists of 2 levels and 4 sub-systems, as shown in Figure 1. Note 1.The numbers in parentheses are the drawing numbers of each sub-system and sub-sub-system. Note 2.If the text in the box is underlined, the box only indicates the meaning of the title and does not contain specific standards. Figure 1 The structure diagram of printing intelligent manufacturing standard system 4.2 List of standards at each level 4.2.1 See Table 1 for the standard list of term definitions. 4.2.2 Information security standards are used to ensure that relevant information systems and data are not destroyed, changed, or leaked, so as to ensure that the system is continuous and reliable Local operations, including standards for printed content security, production data security, software security, network information security, information security protection and evaluation. The standard schedule is shown in Table 2. 4.2.3 The evaluation standard mainly includes four parts. indicator system, capability maturity, evaluation method, and implementation guide. Index system standard To carry out the evaluation of printing intelligent manufacturing enterprises and projects, and promote enterprises to continuously improve the level of intelligent manufacturing. Capability maturity standards are used for Industry to identify the status quo of intelligent manufacturing, plan the framework of intelligent manufacturing and improve the level of intelligent manufacturing Provide references for establishing goals and implementing improvements. Evaluation method standards are used to provide a consistent method and basis for related parties, standardize the evaluation process, Guide relevant parties to carry out smart manufacturing evaluation. The implementation guidelines and standards are used to guide printing companies to improve their smart manufacturing capabilities and to develop smart Provide a reference for chemical construction and productivity improvement. The standard schedule is shown in Table 3. 4.2.4 Intelligent printing equipment standards are used to specify the basis of intelligent production control technology and interconnection of each production equipment in the printing process. This requirement includes requirements for data collection functions, supported data formats, remote diagnosis and maintenance capabilities, etc. Standardize data collection, processing and communication, operation status evaluation and diagnosis, preventive maintenance and self-inspection. The standard schedule is shown in Table 4. 4.2.5 Intelligent management standards are used to stipulate the knowledge of procurement, sales, energy, factory safety, environmental protection and health in the production and operation of enterprises. Recognize models and management requirements, guide the design and development of intelligent management systems, and ensure the standardization and lean management of the management process. Standard details 4.2.6 Integrated optimization standards are used to specify consistent syntax and semantics, meet application-specific functional relationships in general interfaces, and coordinate enabling technologies. The relationship between technology and business applications ensures the sharing and exchange of information. Including integrated activity model and workflow, information interaction, integration Interface and performance, field equipment and system integration, system integration, system interoperability and other integration and interoperability standards; various business processes Optimization, operation and control optimization, sales and production collaborative optimization, design and manufacturing collaborative optimization, production management and control collaborative optimization, supply chain System and business optimization standards such as collaborative optimization. The standard list is shown in Table 7. 4.2.7 Intelligent design standards are used to specify the digital design, materials and process flow of printed matter, and the simulation of printed matter test verification process The methods and requirements to ensure the functionality and performance of printed matter and reduce costs. The standard schedule is shown in Table 8. Table 8 Smart design (0303) standard schedule 4.2.8 Intelligent production standards are used to specify the requirements that should be met in the production process, such as planning and scheduling, production execution, quality control, and equipment operation and maintenance. Ensure that the manufacturing process is intelligent, flexible and agile. The standard schedule is shown in Table 9. 4.2.9 Intelligent logistics and warehousing standards are used to specify the requirements to be met by key logistics technologies in factories, and to guide the design and development of intelligent logistics systems To ensure accurate and efficient material storage and distribution and lean transportation control. The standard schedule is shown in Table 10. 4.2.10 Intelligent printing service standards are used to guide the printing industry to utilize the new generation of information technology such as the Internet of Things, cloud computing, and mobile Internet Realize the interconnection of the entire industry chain to reconstruct the service model and business form of users, printing companies, suppliers and sellers. Standard details 4.2.11 Personalized customization standards are used to guide printing companies to achieve a personalized customized service model centered on customer needs. Modern information technology and flexible manufacturing technology, based on digital design, meet the individual needs of customers with efficiency and cost close to mass production. The standard list is shown in Table 12. 4.2.12 Supply chain management standards are used to guide how to effectively organize suppliers, printing companies, warehouses, distribution centers, and channel vendors. Print production, transshipment, distribution and sales are carried out together, so as to achieve a certain level of customer service and make the entire supply chain The system cost is minimized. The standard schedule is shown in Table 13. 4.3 Various standard statistical tables 4.4 Preparation instructions 4.4.1 Basis and objectives of preparation Based on "Intelligent Manufacturing Development Plan (2016-2020)", "National Intelligent Manufacturing Standard System Construction Guide (2018 Edition)" And the national printing industry administrative department's printing intelligent manufacturing development plan is based on the formulation of this standard system table. Aiming at the standardized top-level design of printing intelligent manufacturing, in line with the principle of “urgent use first, maturity first, characteristics first”, fully Consider coordinating with the current relevant national standards for intelligent manufacturing to provide a basis for the establishment of future national standards and industry standards for the printing industry, It can guide the development of intelligent manufacturing standards in the printing industry. 4.4.2 Overview of domestic and foreign printing intelligent manufacturing standards According to the work deployment of the "Intelligent Manufacturing Development Plan (2016-2020)", intelligent manufacturing is gradually expanding in the printing industry and its upstream and downstream Aroused high attention, related equipment manufacturers, software providers, system integrators and printing companies began to jointly carry out related research and attempts. On the whole, smart manufacturing has just started in the printing industry, basic concepts, development directions, work priorities, path selection, implementation strategies, etc. The aspect is still in the research and exploration stage. Correspondingly, printing intelligent manufacturing standards are also lacking. At present, there are only 5 items in the printing field. Intelligent manufacturing related standards. According to the requirements of the "Guidelines for the Construction of National Intelligent Manufacturing Standard System (2018 Edition)", by.2018, the country will have cumulatively revised 150 Smart manufacturing national standards, basically covering basic commonality and key technical standards; by.2019, a total of 300 revisions will be made, covering Basic commonality and key technical standards have established a relatively complete intelligent manufacturing standard system. Because intelligent manufacturing has cross-industry, cross-professional, The characteristics of cross-domain, so the printing industry should fully refer to the basic commonality and key technical standards in the national intelligent manufacturing standard system, and conclude According to the characteristics of the industry, the key standards of intelligent manufacturing in this industry are formulated. A total of 26 standards in this standard system table will be revised in the future. Major developed countries in the world attach great importance to the important role of standardization in the development of intelligent manufacturing, and implement the eight Among the priority actions, standardization ranks first. But in the International Organization for Standardization/Printing Technology Committee (ISO /TC 130) there are standards and In the work plan, there is no content about printing intelligent manufacturing. 4.4.3 Weak links and main directions in the future In this standard system table, the proportion of existing standards in the due number is 16.1%, of which the basic general standard is 0%, and the smart printing The standard of printing equipment is 25%, the standard of smart printing factory is 20%, and the standard of smart printing service is 0%. The number of completed standards is seriously insufficient. And it only involves the interconnection of basic intelligent manufacturing equipment and some information; the full interconnection of related equipment, the seamless connection of production and technical information, The intelligent storage and intelligent transportation of materials and products, and the intelligent docking between materials and products and equipment are basically not involved. In the future, the main focus should be to further systematically plan and improve the top-level design of the standardization of printing intelligent manufacturing. Based on the needs of the industry, based on the development of standards for smart printing equipment, we will do a good job of interface standards for information interconnection between equipment, Information standards for the interconnection of production information and management information, material management standards for automated receipt, storage, and use of production materials, materials Seamlessly connect standards with equipment, products and equipment, products and storage, and strengthen basic general standards such as printing intelligent manufacturing terminology, and The construction of the intelligent printing service standard of User Information Unicom has led the entire industry to transform to the direction of intelligent printing manufacturing. 4.4.4 Basis and status of system division According to the principle of identity of the nature of standardization activities, this standard system table is divided into 4 sub-systems and 2 levels. The four sub-systems are basic general standard sub-system, smart printing equipment standard sub-system, smart printing factory standard sub-system, Intelligent printing service standard sub-system. The two levels are the first level of professional basic standards and the second level of professional standards. The first layer includes basic general standards (01), smart Printing equipment standard (02), smart printing factory standard (03), smart printing service standard (04); the second layer includes the definition of terms Standard (0101), Information Security Standard (0102), Evaluation Standard (0103), Intelligent Management Standard (0301), Integrated Optimization Standard (0302), Intelligent design standard (0303), intelligent production standard (0304), intelligent logistics and warehousing standard (0305), personalized customization standard (0401), Supply chain management standards (0402). 4.4.5 Intersection and coordination with other systems This standard system table is compiled on the basis and basis of the "Guidelines for the Construction of National Intelligent Manufacturing Standard System (2018 Edition)". Industry application standard system under the framework of home intelligent manufacturing standard system. The basic commonality and key technical standards in the national intelligent manufacturing standard system Standards are related standards of the standards listed in this standard system table. The two are complementary to each other and can be used together. Due to the large number of these related standards, And easy to inquire, so it is not listed in the standard system table.

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