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GB/T 35980-2018 English PDF (GBT35980-2018)
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GB/T 35980-2018: Remanufacturing engineering design of mechanical products - Guideline
GB/T 35980-2018
Remanufacturing engineering design of mechanical products—Guideline
ICS 01.040.25
J01
National Standards of People's Republic of China
Mechanical product remanufacturing engineering design guidelines
Published on.2018-02-06
2018-09-01 implementation
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
China National Standardization Administration issued
Foreword
This standard was drafted in accordance with the rules given in GB/T 1.1-2009.
This standard is proposed and managed by the National Green Manufacturing Technology Standardization Technical Committee (SAC/TC337).
This standard was drafted. National Defense Science and Technology Key Laboratory of Equipment Remanufacturing Technology, Beijing Ruiman Technology Co., Ltd., Hefei University of Technology, China
Machine Productivity Promotion Center, River Beijing Jinji Remanufacturing Industry Technology Research Co., Ltd., Shanghai Entry-Exit Inspection and Quarantine Bureau, Industrial Products and Raw Materials
Testing Technology Center, China National Heavy Duty Truck Group Jinan Fuqiang Power Co., Ltd., China National Institute of Standardization, National Engineering Research on Mechanical Product Remanufacturing
Research Center, Shanghai Lingang Remanufacturing Industry Development Co., Ltd., Beijing Shield Engineering Association, Beijing Zhonghao Resource Recycling Technology Co., Ltd., Shandong
Energy Reloading Group Hengtu Technology Co., Ltd., Guangzhou Huadu Global Automatic Transmission Co., Ltd.
The main drafters of this standard. Zhang Wei, Yao Jukun, Liu Yihai, Xu Binshi, Shi Peijing, Li Enzhong, Yu Helong, Zhou Xinyuan, Zheng Handong, Qi Daoyun,
Wu Yiwen, Sang Fan, Liu Huan, Sun Tingting, Wang Wenyu, Zhu Sheng, Wang Yong, Wang Xiuteng, Hu Zhenfeng, Li Kai, Chen Yongxiong, Tian Fu Titan, Cheng Ba Yi, Xia Xia,
Wang Zhongbo, Wang Yajun, Huang Zhiyong.
introduction
With the development of remanufacturing of mechanical products, it is urgent to establish engineering design standards for remanufacturing engineering production systems and processes.
Fan, so that remanufacturing companies can optimize the overall design, macro management and engineering applications of remanufacturing production according to standard specifications.
Remanufacturing and production to achieve the best match and coordination between the various systems to achieve timely, efficient, economical and environmentally friendly remanufacturing production, thus achieving remanufacturing
Maximize resource recovery, minimize environmental load, optimize product performance, and provide optimal remanufacturing based on current conditions
Production implementations are presented, and an optimized remanufacturing solution that can be improved is proposed. This standard is to standardize the remanufacturing production system construction and production process.
A recommended national standard for management evaluation purposes.
Mechanical product remanufacturing engineering design guidelines
1 Scope
This standard specifies the terms, scope, basic principles, working procedures and related content of mechanical product remanufacturing engineering design.
This standard applies to mechanical products and/or parts remanufacturing engineering systems (including product recycling, production processes, management solutions, marketing).
The comprehensive design of services, etc., can be implemented for the remanufacturing engineering design of electromechanical or electronic products.
Note. Mechanical product remanufacturing engineering is designed for the entire process of mechanical product remanufacturing, including qualitative design and quantitative design.
2 Normative references
The following documents are indispensable for the application of this document. For dated references, only dated versions apply to this article.
Pieces. For undated references, the latest edition (including all amendments) applies to this document.
GB/T 28619 Remanufacturing terminology
3 Terms and definitions
The following terms and definitions as defined in GB/T 28619 apply to this document.
3.1
Mechanical product remanufacturing engineering design remanufacturingengineeringdesignofmechanicalproducts
Recycling of used machinery products in remanufacturing projects through the use of scientific decision-making methods and advanced technologies in accordance with remanufacturing production requirements
Re-manufacturing and remanufacturing product marketing and other remanufacturing links, technical units and resource utilization for comprehensive planning and optimization
The process of remanufacturing the program.
4 Basic principles
4.1 Principle of the whole process
Designed for the entire process of remanufacturing, mainly including waste product recycling stage, remanufacturing production stage, remanufacturing product marketing service
The business phase is shown in Figure 1.
Figure 1 The whole process of mechanical product remanufacturing engineering design stage
4.2 Comprehensive benefit principle
4.2.1 Optimized remanufacturing engineering should be carried out in combination with existing technical means, equipment support, and performance requirements for remanufactured products.
4.2.2 Technical overall design of mechanical product remanufacturing engineering, enabling technology in dismantling, cleaning, testing, processing, assembly, packaging, etc.
The overall optimization of the process.
4.2.3 Economical design of mechanical product remanufacturing requires that the remanufacturing of used machinery products can obtain maximum benefits, and mechanical products should be considered.
The comprehensive cost of design, production, transportation and storage of manufacturing, as well as the comprehensive production of mechanical products and economic activities
Cost and so on.
4.2.4 Environmentally friendly design of mechanical product remanufacturing requires the environment generated by the remanufacturing of used products and the use of remanufactured products.
The impact is less than the environmental impact of the new prototype production and use.
4.2.5 Mechanical product remanufacturing resource design requires the use of resources and renewable resources of the original waste product as much as possible.
4.3 Follow laws and regulations
Mechanical product remanufacturing engineering design shall be implemented within the framework of laws and regulations and mandatory standards, such as.
a) Restrictive requirements and responsibilities of international regulations;
b) requirements of national policy laws, regulations and mandatory standards;
c) technical standards and voluntary agreements;
d) Other relevant requirements.
4.4 Principles of related party requirements
Mechanical product remanufacturing engineering design should consider the requirements of relevant parties, such as.
a) the relevant claims of the parties for the original product and the remanufactured product;
b) market, consumer demand, development trends and expectations;
c) expectations of society and investors, etc.;
d) Other relevant requirements.
5 working procedures and content
5.1 Basic working procedures
The basic working procedures for mechanical product remanufacturing engineering design are. based on product drawings and technical conditions, production program, relevant laws and standards
Prospective and remanufacturing databases, etc., aiming at improving production quality, reducing production costs and resource consumption, and reducing environmental pollution.
Recycling and remanufacturing of mechanical products for remanufacturing with reasonable technical approaches and process optimization, auxiliary material optimization, etc.
Designing production processes, remanufacturing management, and marketing and service of remanufactured products, and proposing optimized mechanical product remanufacturing solutions.
This will provide specific support for remanufacturing enterprise development planning, remanufacturing production plans, remanufacturing support programs, and remanufacturing management.
5.2 Main work content
5.2.1 Recycling design of used machinery products
The recycling design of used machinery products mainly considers the recycling, transportation, warehousing, classification, etc. of used products to achieve the maximum economic benefits of recycling.
And minimal environmental pollution. mainly includes.
--- Reverse Logistics. Design and formulate the recovery mode and approach of used machinery products, and determine the necessary recycling nodes;
---Organization Management. Design and manage the management methods and settings for the recycling of used machinery products;
---Detection classification. designing the location and detection criteria of the nodes detected in the recycling of used machinery products;
---Environmental protection. reduce product damage and environmental pollution during recycling, and strengthen the recycling of logistics packaging materials.
5.2.2 Remanufacturing process design
Remanufacturing process design mainly based on remanufacturing quality requirements, optimized design to establish remanufacturing production mode and process standards, providing
Implemented remanufacturing production plan. mainly includes.
--- Disassembly process. design and determine the disassembly process, disassembly steps, disassembly tools and places;
---Cleaning process. design and determine the cleaning parts, cleaning process, cleaning quality standards, cleaning equipment and places;
--- Detection process. design and determine the detection site, testing process, testing quality standards, testing equipment and places;
---Machining process. design and determine the mechanical processing surface, processing technology standards, processing equipment and places;
---Surface technology process. designing parts parts, process flow, technical standards, equipment materials to determine surface technology recovery or performance upgrade
And places, etc.;
--- Assembly process. design and determine the remanufactured product assembly process, assembly standards, assembly equipment and places;
--- Painting process. design to determine the repainted product coating parts, painting process, coating standards, coating equipment materials and space, etc.
content;
---Factory layout. design and determine the remanufacturing workshop layout, equipment layout, station layout, production line layout and other content programs.
5.2.3 Remanufacturing Management Plan Design
According to the quality requirements of remanufactured products and the characteristics of the remanufacturing process, we should plan, design and develop reasonable and feasible remanufacturing.
Management plan. mainly includes.
---Quality management. design and determine the quality management standards of different remanufacturing processes and products;
---Production management. design and determine the management content, personnel and programs of the remanufacturing production process;
---Information management. design to determine the quantity of waste products in the whole process of remanufacturing, production and production planning, production technology, quality standards, people
Statistics and management of relevant information on personnel, equipment and spare parts;
---Equipment management. design and manage management plans for the use, maintenance and maintenance of remanufacturing equipment;
---Personnel management. design and determine the remanufacturing human resource management system and methods;
---Safety Management. Design and determine the safety management system for sites, equipment and personnel for the whole process of remanufacturing;
---Environmental Protection Management. Design and determine the clean production management system for production, equipment and resources facing environmental protection;
---Product Identification Management. Design and identify the identification and statistical management methods of product identification and information.
5.2.4 Remanufacturing product marketing and service design
Need to study the market demand for remanufactured products, customer expectations for remanufactured products, marketing of remanufactured products, services, etc.
Manufacturing product efficiency and market competitiveness. mainly includes.
---Marketing. Identify re-manufacturing product marketing programs and strategies, and guide green consumption of remanufactured products;
---Service model. Identify service plans for remanufactured products;
--- User Analysis. Forecasting to determine the user's demand expectations for the product, designing a product service plan that meets the user's needs;
---Green. With green as the goal, design a green implementation plan to determine the sales, use, and security of products.
5.3 Comprehensive evaluation
According to the needs of mechanical product remanufacturing engineering, the relevant methods are used for evaluation.
8102-
T/
Get Quotation: Click GB/T 35980-2018 (Self-service in 1-minute)
Historical versions (Master-website): GB/T 35980-2018
Preview True-PDF (Reload/Scroll-down if blank)
GB/T 35980-2018: Remanufacturing engineering design of mechanical products - Guideline
GB/T 35980-2018
Remanufacturing engineering design of mechanical products—Guideline
ICS 01.040.25
J01
National Standards of People's Republic of China
Mechanical product remanufacturing engineering design guidelines
Published on.2018-02-06
2018-09-01 implementation
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
China National Standardization Administration issued
Foreword
This standard was drafted in accordance with the rules given in GB/T 1.1-2009.
This standard is proposed and managed by the National Green Manufacturing Technology Standardization Technical Committee (SAC/TC337).
This standard was drafted. National Defense Science and Technology Key Laboratory of Equipment Remanufacturing Technology, Beijing Ruiman Technology Co., Ltd., Hefei University of Technology, China
Machine Productivity Promotion Center, River Beijing Jinji Remanufacturing Industry Technology Research Co., Ltd., Shanghai Entry-Exit Inspection and Quarantine Bureau, Industrial Products and Raw Materials
Testing Technology Center, China National Heavy Duty Truck Group Jinan Fuqiang Power Co., Ltd., China National Institute of Standardization, National Engineering Research on Mechanical Product Remanufacturing
Research Center, Shanghai Lingang Remanufacturing Industry Development Co., Ltd., Beijing Shield Engineering Association, Beijing Zhonghao Resource Recycling Technology Co., Ltd., Shandong
Energy Reloading Group Hengtu Technology Co., Ltd., Guangzhou Huadu Global Automatic Transmission Co., Ltd.
The main drafters of this standard. Zhang Wei, Yao Jukun, Liu Yihai, Xu Binshi, Shi Peijing, Li Enzhong, Yu Helong, Zhou Xinyuan, Zheng Handong, Qi Daoyun,
Wu Yiwen, Sang Fan, Liu Huan, Sun Tingting, Wang Wenyu, Zhu Sheng, Wang Yong, Wang Xiuteng, Hu Zhenfeng, Li Kai, Chen Yongxiong, Tian Fu Titan, Cheng Ba Yi, Xia Xia,
Wang Zhongbo, Wang Yajun, Huang Zhiyong.
introduction
With the development of remanufacturing of mechanical products, it is urgent to establish engineering design standards for remanufacturing engineering production systems and processes.
Fan, so that remanufacturing companies can optimize the overall design, macro management and engineering applications of remanufacturing production according to standard specifications.
Remanufacturing and production to achieve the best match and coordination between the various systems to achieve timely, efficient, economical and environmentally friendly remanufacturing production, thus achieving remanufacturing
Maximize resource recovery, minimize environmental load, optimize product performance, and provide optimal remanufacturing based on current conditions
Production implementations are presented, and an optimized remanufacturing solution that can be improved is proposed. This standard is to standardize the remanufacturing production system construction and production process.
A recommended national standard for management evaluation purposes.
Mechanical product remanufacturing engineering design guidelines
1 Scope
This standard specifies the terms, scope, basic principles, working procedures and related content of mechanical product remanufacturing engineering design.
This standard applies to mechanical products and/or parts remanufacturing engineering systems (including product recycling, production processes, management solutions, marketing).
The comprehensive design of services, etc., can be implemented for the remanufacturing engineering design of electromechanical or electronic products.
Note. Mechanical product remanufacturing engineering is designed for the entire process of mechanical product remanufacturing, including qualitative design and quantitative design.
2 Normative references
The following documents are indispensable for the application of this document. For dated references, only dated versions apply to this article.
Pieces. For undated references, the latest edition (including all amendments) applies to this document.
GB/T 28619 Remanufacturing terminology
3 Terms and definitions
The following terms and definitions as defined in GB/T 28619 apply to this document.
3.1
Mechanical product remanufacturing engineering design remanufacturingengineeringdesignofmechanicalproducts
Recycling of used machinery products in remanufacturing projects through the use of scientific decision-making methods and advanced technologies in accordance with remanufacturing production requirements
Re-manufacturing and remanufacturing product marketing and other remanufacturing links, technical units and resource utilization for comprehensive planning and optimization
The process of remanufacturing the program.
4 Basic principles
4.1 Principle of the whole process
Designed for the entire process of remanufacturing, mainly including waste product recycling stage, remanufacturing production stage, remanufacturing product marketing service
The business phase is shown in Figure 1.
Figure 1 The whole process of mechanical product remanufacturing engineering design stage
4.2 Comprehensive benefit principle
4.2.1 Optimized remanufacturing engineering should be carried out in combination with existing technical means, equipment support, and performance requirements for remanufactured products.
4.2.2 Technical overall design of mechanical product remanufacturing engineering, enabling technology in dismantling, cleaning, testing, processing, assembly, packaging, etc.
The overall optimization of the process.
4.2.3 Economical design of mechanical product remanufacturing requires that the remanufacturing of used machinery products can obtain maximum benefits, and mechanical products should be considered.
The comprehensive cost of design, production, transportation and storage of manufacturing, as well as the comprehensive production of mechanical products and economic activities
Cost and so on.
4.2.4 Environmentally friendly design of mechanical product remanufacturing requires the environment generated by the remanufacturing of used products and the use of remanufactured products.
The impact is less than the environmental impact of the new prototype production and use.
4.2.5 Mechanical product remanufacturing resource design requires the use of resources and renewable resources of the original waste product as much as possible.
4.3 Follow laws and regulations
Mechanical product remanufacturing engineering design shall be implemented within the framework of laws and regulations and mandatory standards, such as.
a) Restrictive requirements and responsibilities of international regulations;
b) requirements of national policy laws, regulations and mandatory standards;
c) technical standards and voluntary agreements;
d) Other relevant requirements.
4.4 Principles of related party requirements
Mechanical product remanufacturing engineering design should consider the requirements of relevant parties, such as.
a) the relevant claims of the parties for the original product and the remanufactured product;
b) market, consumer demand, development trends and expectations;
c) expectations of society and investors, etc.;
d) Other relevant requirements.
5 working procedures and content
5.1 Basic working procedures
The basic working procedures for mechanical product remanufacturing engineering design are. based on product drawings and technical conditions, production program, relevant laws and standards
Prospective and remanufacturing databases, etc., aiming at improving production quality, reducing production costs and resource consumption, and reducing environmental pollution.
Recycling and remanufacturing of mechanical products for remanufacturing with reasonable technical approaches and process optimization, auxiliary material optimization, etc.
Designing production processes, remanufacturing management, and marketing and service of remanufactured products, and proposing optimized mechanical product remanufacturing solutions.
This will provide specific support for remanufacturing enterprise development planning, remanufacturing production plans, remanufacturing support programs, and remanufacturing management.
5.2 Main work content
5.2.1 Recycling design of used machinery products
The recycling design of used machinery products mainly considers the recycling, transportation, warehousing, classification, etc. of used products to achieve the maximum economic benefits of recycling.
And minimal environmental pollution. mainly includes.
--- Reverse Logistics. Design and formulate the recovery mode and approach of used machinery products, and determine the necessary recycling nodes;
---Organization Management. Design and manage the management methods and settings for the recycling of used machinery products;
---Detection classification. designing the location and detection criteria of the nodes detected in the recycling of used machinery products;
---Environmental protection. reduce product damage and environmental pollution during recycling, and strengthen the recycling of logistics packaging materials.
5.2.2 Remanufacturing process design
Remanufacturing process design mainly based on remanufacturing quality requirements, optimized design to establish remanufacturing production mode and process standards, providing
Implemented remanufacturing production plan. mainly includes.
--- Disassembly process. design and determine the disassembly process, disassembly steps, disassembly tools and places;
---Cleaning process. design and determine the cleaning parts, cleaning process, cleaning quality standards, cleaning equipment and places;
--- Detection process. design and determine the detection site, testing process, testing quality standards, testing equipment and places;
---Machining process. design and determine the mechanical processing surface, processing technology standards, processing equipment and places;
---Surface technology process. designing parts parts, process flow, technical standards, equipment materials to determine surface technology recovery or performance upgrade
And places, etc.;
--- Assembly process. design and determine the remanufactured product assembly process, assembly standards, assembly equipment and places;
--- Painting process. design to determine the repainted product coating parts, painting process, coating standards, coating equipment materials and space, etc.
content;
---Factory layout. design and determine the remanufacturing workshop layout, equipment layout, station layout, production line layout and other content programs.
5.2.3 Remanufacturing Management Plan Design
According to the quality requirements of remanufactured products and the characteristics of the remanufacturing process, we should plan, design and develop reasonable and feasible remanufacturing.
Management plan. mainly includes.
---Quality management. design and determine the quality management standards of different remanufacturing processes and products;
---Production management. design and determine the management content, personnel and programs of the remanufacturing production process;
---Information management. design to determine the quantity of waste products in the whole process of remanufacturing, production and production planning, production technology, quality standards, people
Statistics and management of relevant information on personnel, equipment and spare parts;
---Equipment management. design and manage management plans for the use, maintenance and maintenance of remanufacturing equipment;
---Personnel management. design and determine the remanufacturing human resource management system and methods;
---Safety Management. Design and determine the safety management system for sites, equipment and personnel for the whole process of remanufacturing;
---Environmental Protection Management. Design and determine the clean production management system for production, equipment and resources facing environmental protection;
---Product Identification Management. Design and identify the identification and statistical management methods of product identification and information.
5.2.4 Remanufacturing product marketing and service design
Need to study the market demand for remanufactured products, customer expectations for remanufactured products, marketing of remanufactured products, services, etc.
Manufacturing product efficiency and market competitiveness. mainly includes.
---Marketing. Identify re-manufacturing product marketing programs and strategies, and guide green consumption of remanufactured products;
---Service model. Identify service plans for remanufactured products;
--- User Analysis. Forecasting to determine the user's demand expectations for the product, designing a product service plan that meets the user's needs;
---Green. With green as the goal, design a green implementation plan to determine the sales, use, and security of products.
5.3 Comprehensive evaluation
According to the needs of mechanical product remanufacturing engineering, the relevant methods are used for evaluation.
8102-
T/
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