2015)

(Version

National Intelligent ManufacturingGuidelines Standard System Construction

GuidelinesConstruction

System (Version 2015)

Standard

Manufacturing December 2015

Intelligent

National

Table of Contents

I. General Requirements ...... 2

(i) Guiding ideology ...... 2 2015) (ii) Basic principle ...... 3

(iii) Construction target ...... 4 (Version II. Construction Idea ...... 6

(i) Fig. 1 Intelligent manufacturing system framework ...... 7 Guidelines (ii) Structural diagram of intelligent manufacturing standard system ... 17

(iii) Framework of intelligent manufacturing standard system ...... 20

III. Construction Contents ...... 22 Construction (i) Basic generality standards ...... 22

(ii) Key technique standards ...... System ...... 27

(iii) Key industries standards ...... 43 Standard IV. Implementation Organization ...... 46

Appendix 1: Terms and Abbreviations related to Intelligent

Manufacturing ...... I Manufacturing Appendix 2: Basic Generality and Key Technical Standards of Intelligent

Manufacturing Released and Under Preparation ...... III

Intelligent

National

As the main orientation of China Manufacturing 2025 Strategy, intelligent manufacturing is the critical measure to implement “Powerful Nation Strategy”, the development trend 2015) for Chinese manufacturing industry to keep the same pace with the world and the core to realize transformation and upgrading. (Version With strong comprehensiveness, intelligent manufacturing stands for the conformity and integrity of all kinds of Guidelines manufacturing systems in a higher level. Standardization is an indispensable basis to promote the development of intelligent manufacturing. As the existing standards regarding intelligent Construction manufacturing are unavailable, undeveloped or repeated, National Intelligent ManufacturingSystem Standard System Construction Guideline (Version 2015) (hereinafter referred to Standard as “the Construction Guideline") is hereby jointly prepared by Ministry of Industry and Information Technology of the People’s Republic of China and Standardization Administration of the Manufacturing People's Republic of China based on the strategic deployment of China Manufacturing 2025 Strategy, in order to guide the

Intelligentintelligent manufacturing standardization at present and in

future.

National

1

I. General Requirements

(i) Guiding ideology 2015) Efforts should be made to fully exert the fundamental and guiding role of standard in promoting the development of (Version intelligent manufacturing and resolve the imperfection and low-level repetition of standard system. The overall planning and macro guidance should be strengthened, the harmoniousGuidelines development of standards prepared by the government and the market should be established and the supporting new standard Construction system should be coordinated by strengthening standard

implementation and supervisionSystem and multi-industrial and multi-field integrated innovation in order to establish the intelligent manufacturingStandard system that meets the actual situations of China and keep pace with the world. The intelligent manufacturing system framework consisting of 5+5+10 type standardsManufacturing should be established from three aspects, namely basic generality, key technique and major industries. Dynamic and complete mechanism should be established and standard should Intelligent be gradually formed to support the development of intelligent

National manufacturing.

2

(ii) Basic principle Overall planning and implementation of classified strategies. Standard resources should be overall planned, 2015) standard structure should be optimized and the relevant domestic intelligent manufacturing standards should be sorted (Version out; the complete intelligent manufacturing standard system should be prepared in order to satisfy the development of Guidelines intelligent manufacturing. The application standard of key intelligent manufacturing industries should be formed and the standard systems that are connected and well matched mutually Construction should be established by focusing on the key industrial development field along withSystem traditional industry and by

combining the development level and features of the industry. Standard Cross-boundary integration and implementation of urgent demands. Intelligent manufacturing refers to the integration of new-generation information technology and Manufacturing manufacturing technique as well as the integration and interconnection of manufacturing industry in different links. The

Intelligentmulti-industrial and multi-field integrity innovation is needed for preparing intelligent manufacturing standard system. As for

National the key bottleneck problems promoting intelligent manufacturing such as data integration and interconnection, the 3

fundamental standards such as data interface and

communication protocol should be prepared in priority. Starting from actual situation and opening cooperation. 2015) The preparation and industrialization of standards with proprietary intellectual property rights and the communication (Version with the advanced manufacturing countries and international standardization organization should be strengthened and Chinese Guidelines standards proprietary intellectual property rights should be upgraded to international level in proper time by combining actual situations such as the poor foundation of China’s Construction intelligent manufacturing standard and imbalanced industrial development and considering theSystem standard applicability fully. In addition, the international standard that is applicable to the Standard development demand of China’s manufacturing industry should be properly transformed into national standards and intelligent manufacturing system with good compatibility and strong Manufacturing openness should be established. (iii) Construction target

IntelligentThe intelligent manufacturing standard system should be established preliminarily in 2017. More than 60 key intelligent

National manufacturing standards should be prepared, basic general standards such as reference model, terminology & definition, 4

identification analysis and evaluation index as well as key technical standards such as data format and communication protocol should be prepared on the principle of “establishing 2015) general ones and those in urgent need”, the intelligent manufacturing standards for key industries should be explored (Version and prepared; breakthrough should be made in ten key fields of China Manufacturing 2025 Strategy in priority. The national Guidelines standards for intelligent manufacturing should be upgraded to international standards; the application and international level of

standards should be improved gradually. Construction A comparatively perfect intelligent manufacturing standard system should be established inSystem 2020. Above 500 intelligent manufacturing standards should be prepared and revised to Standard cover both general standards and key technical standards basically; the intelligent manufacturing standards should be broadly used in enterprises and particularly in manufacturing Manufacturing field in order to enhance China’s intelligent manufacturing level significantly. Meanwhile, the international competitiveness of

IntelligentChinese intelligent manufacturing standards should be improved

substantially.

National

5

II. Construction Idea 2015) There are generally three steps constructing intelligent

manufacturing standard framework. Firstly, a 3D intelligent(Version manufacturing system framework consisting of lifecycle, system hierarchy and intelligent functions is constructed by extracting Guidelines the general abstract features of all kinds of intelligent manufacturing application systems studied in order to define the

connotation and extension of intelligentConstruction manufacturing standardization, recognize available and unavailable intelligent System manufacturing standards and understand the overlapping relations of existing standards; secondly, the plane consisting of Standard lifecycle dimension and system hierarchy dimension of intelligent manufacturing system framework is applied to the five-level intelligent function dimension from upper to lower on Manufacturing the basis of deeply analyzing the standard demand and by comprehensively considering the logistic relations of all Intelligentdimensions of intelligent manufacturing system in order to form five key technical standards such as intelligent equipment, National intelligent factory, intelligent service, industrial software, big

6

data and industrial internet and thus form intelligent manufacturing standard system architecture together with basic general standards and key industrial standards; thirdly, the 2015) intelligent manufacturing standard system architecture should be decomposed to establish intelligent manufacturing standard (Version system framework and guide the construction of intelligent manufacturing standard system and the approval of relevant Guidelines standards. (i) Fig. 1 Intelligent manufacturing system framework Intelligent manufacturing system framework is constructed Construction from three dimensions such as lifecycle, system hierarchy and intelligent functions, as shown inSystem Fig. 1.

Standard

Manufacturing

Intelligent

National

7

2015)

(Version

Guidelines

Construction

System

Standard

Fig. 1 Intelligent Manufacturing System Framework

Manufacturing 1. Lifecycle Lifecycle refers to the chain integration consisting of a Intelligentseries of mutually connected value creation activities such as design, production, logistics, sales and service. All activities in National lifecycle are associated and influenced mutually. Lifecycle

8

differs in various industries. 2. System hierarchy System hierarchy is composed of equipment level, control 2015) level, workshop level, enterprise level and cooperation level from the lower to the upper. In particular, the system hierarchy (Version of intelligent manufacturing represents the intelligence and internet protocol of equipment as well as network flattening. In Guidelines particular: (1) As the material technical basis for enterprise to deal with production activities, equipment level is composed of Construction sensors, meters and instruments, bar code, radio frequency identification (RFID), machine, machinerySystem and device; (2) Control level consists of programmable logic Standard controller (PLC), supervisory control and data acquisition (SCADA), distributive control system (DCS) and field bus control system (FCS); Manufacturing (3) Workshop level is mainly about the production management of factory/workshop, including manufacturing

Intelligentexecution system (MES); (4) Enterprise level is focused on the operation

National management of enterprises, including enterprise resources planning (ERP), product lifecycle management (PLM), supply 9

chain management (SCM) and client relationship management (CRM); (5) Cooperation level represents coordinated R & D, 2015) intelligent production, precise logistics and intelligent service realized by different enterprises of the industrial chain through (Version internet sharing information. 3. Intelligent functions Guidelines Intelligent functions include five layers such as resources elements, system integration, interconnection, information fusion and new business pattern. Specifically, Construction (1) Resources elements include physical entities such as design & construction drawings,System product technique documents, raw materials, manufacturing equipment, production workshop Standard and factory along with energies such as power and gas.

Personnel are also part of resources.

(2) System integration means integrating all kinds of Manufacturing manufacturing resources such as raw materials, parts, energy and equipment by information technique such as 2D code, radio

Intelligentfrequency identification and software. It can realize the integration of intelligent equipment, intelligent production unit,

National intelligent production line, digital workshop, intelligent factory and even intelligent manufacturing system from small to large 10

scale.

(3) Interconnection means realizing mutual connection among machines, between machines and control systems and 2015) among enterprises in virtue of wireless and wire communication technique. (Version (4) Information fusion means realizing information collaborative sharing through system integration and Guidelines communication under the premise of ensuring information safety using new generation of information technology such as cloud computing and big data. Construction (5) New business pattern means service manufacturing mode such as personal customization,System remote operation & maintenance and industrial cloud. Standard The intelligent manufacturing system framework shows the whole process of intelligent manufacturing in a 3D manner. In the following, PLC, industrial robot and industrial internet are Manufacturing used as examples to fully interpret the position of key intelligent manufacturing field in system architecture and relevant

Intelligentstandards through point, line and surface level in order to better

annotate and understand system framework.

National

11

System Hierarchy Cooperation Enterprise Workshop Control 2015) Equipment

Resources Design Manufac Logistic Sale Service Lifecycle Elements ture (Version

PLC

System Guidelines Integration

Interconnection

Information Fusion Construction New Business Pattern Intelligent System Functions

Standard Fig. 2 Position of PLC in Intelligent Manufacturing System

Framework

PLCManufacturing is in the product ion segment in lifecycle dimension of intelligent manufacturing system architecture, control level of system hierarchy and system integration of intelligent functions, Intelligent as shown in Fig. 2. The released standards of PLC mainly

include: National

12

 GB/T 15969.1 Programmable Controllers Part 1: General Information  IEC/TR 61131-9 Programmable Controllers Part 9: 2015) Single-drop Digital Communication Interface for Small Sensors and Actuators (SCDI) (Version

System Hierarchy Cooperation Guidelines Enterprise Workshop Control Industrial Equipment Robot

Resources Manu Design Logistic Sale ServiceConstructionLifecycle Elements -facture

System Integration System

Interconnection Standard Information Fusion

New Business Pattern

Intelligent FunctionsManufacturing

Fig. 3 Position of Intelligent Robot in Intelligent Manufacturing Intelligent System Framework

Intelligent robot is in the production link in lifecycle National dimension of intelligent manufacturing system architecture,

13

equipment level and control level of system hierarchy and resources elements of intelligent functions, as shown in Fig. 3.

Industrial robots standards released mainly include: 2015)  GB/T 19399-2003 Industrial Robots Graphical User Interfaces for Programing and Operation of Robots (Version (GUI-R)  GB/Z 20869-2007 Industrial Robot Intermediate Code for Guidelines Robot (ICR) Industrial robots standards under preparation mainly include: Construction  20120878-T-604 Interface for Robot Simulation Development EnvironmentSystem  20112051-T-604 Communication Interface Specification Standard of Open Robot Controller

Manufacturing

Intelligent

National

14

System Hierarchy

Cooperation Enterprise Workshop Control 2015) Equipment

Resources Design Manufac Logistic Sale Service Lifecycle Elements ture (Version System Integration

Guidelines Industrial Internet

Interconnection Industrial Internet Construction Information Fusion System New Business Pattern Intelligent Functions Standard

Fig. 4 PositionManufacturing of Industrial Internet in Intelligent Manufacturing System

Framework

Industrial internet is in all links in lifecycle dimension of Intelligent intelligent manufacturing system architecture, five levels, i.e., equipment, control, workshop, enterprise and cooperation of National

15

system hierarchy and interconnection of intelligent functions.

The released standards of Industrial internet mainly include:  GB/T 20171-2006 EPA System Architecture and 2015) Communication Specification for Use in Industrial Control and Measurement Systems (Version  GB/T 26790.1-2011 Industrial Wireless Network WIA Specification Part 1: WIA System Architecture Guidelines Communication Specification for Process Automation (WIA-PA)  GB/T 25105-2014 Industrial Communication Networks Construction -Fieldbus Specifications Type 10: PROFINET IO Specifications System  GB/T 19760-2008 CC-Link (Control & Communication Standard Link) Specifications  GB/T 31230-2014 Industrial Ethernet Fieldbus EtherCAT  GB/T 19582-2008 Modbus Industrial Automation Manufacturing Network Specification  GB/Z 26157-2010 Digital Data Communication for

IntelligentMeasurement and Control - Fieldbus for Use in Industrial Control Systems - Type 2: Controlnet And Ethernet/Ip

National Specification  GB/T 29910-2013 Industrial Communication Networks 16

-Fieldbus Specifications Type 20：HART Specification  GB/T 27960-2011 Ethernet POWERLINK Communication Profile Specification 2015) (ii) Structural diagram of intelligent manufacturing standard system (Version The structural diagram of intelligent manufacturing standard system generally includes “A Basic Generality” “B Guidelines Key Technique” and “C Key Industries”. In particular, “B Key technique” is composed of “BA Intelligent equipment”, “BB Intelligent factory”, “BC Intelligent service”, “BD Industrial Construction software and big data” and “BE Industrial internet”. See Fig. 5 for the structural diagram of intelligentSystem manufacturing standard

system. Standard

Manufacturing

Intelligent

National

17

Industry NewGeneration of Advanced Track Energy Equip Robot High Inform Transport Vehicle NewEnergy Tech Ship Ocean Engineering Machine Tool and

C Aerospace Equip

-

End CNC

.

and High

. .

- Saving and

Industrial Tech

. . Equip

Application .

-

. . B Key Technique 2015) BD BC Industrial Intelligent Personalized Remote Operation Industrial BE Software Service Customization & Maintenance Cloud Industrial and Big Internet Data Construction System Intelligent System (Version Industrial BB Planning Integration Management Architecture Big Data Intelligent Factory Intelligent Intelligent Intelligent Network Product and Design Production Logistics Technique System Resources Manag. Sensors, Meters Embedded Control Guidelines Management BA Intelligent and Instruments System System Network and Service Additive Industrial Equipment Equipment HMI System Manufacturing Robot

A Basic Inspection Foundation Safety Management Reliability Generality ConstructionEvaluation

System Fig. 5 Structural Diagram of Intelligent Manufacturing Standard System

Specifically, locatedStandard at the bottom of structural diagram of intelligent manufacturing standard system, A Basic generality standards are composed of five categories, i.e., foundation,

safety, management,Manufacturing inspection evaluation and reliability. The basic generality standards studied support B Key technique standards and C Key industries standards, both of which are Intelligent shown in the dotted line framework in the upper level of standard system structural diagram. Located in the bottom of B National Key technique standards in the structural diagram of intelligent

18

manufacturing standard system, BA Intelligent equipment standards are mostly closed to the actual production of intelligent manufacturing; BB Intelligent factory standards are 2015) on the top of BA intelligent equipment standards, which refer to the comprehensive integration of intelligent manufacturing (Version device, software and data and play a role in connecting the upper and lower levels in the structural diagram of intelligent Guidelines manufacturing standard system. Located at the top of B Key technique standards, BC Intelligent service standards involve the intelligent manufacturing new mode and new industry standard; Construction located at the left and right side of B Key technique standards of structural diagram of intelligent Systemmanufacturing standard system, BD industrial software and big data standards and BE Industrial Standard internet standards run through other 3 fields (BA, BB and BC) of B key technique standards, connect physical world and information world and promote the transformation of production Manufacturing manufacturing to service manufacturing. C Key industries standards are at the top of structural diagram of intelligent

Intelligentmanufacturing standard system in order to handle the specific industrial demands. A Basic generality standards and B Key

National technique standards are defined and implemented to guide the intelligent manufacturing of all industries. 19

(iii) Framework of intelligent manufacturing standard system According to the structural diagram of intelligent 2015) manufacturing standard system, the frame of intelligent manufacturing standard system is composed of “A Basic (Version Generality”, “B Key technique” and “C Key industries”, as shown in Fig. 6. Guidelines

Construction

System

Standard

Manufacturing

Intelligent

National

20

2015)

Framework of Intelligent (Version Manufacturing Standard System

A Basic B Key C Key Generality Technique Guidelines Industries

AC BB Service BD Internet AA AA Evaluation AD AE Equipment IntelligentBA Factory BC Data Software BE AB Safety

CB CB CC CD CK CA CE CF CG CH CJ

CI CI

Industrial

Intelligent Intelligent

Reliability

Intelligent Intelligent

Manag

Biol

Industrial

Foundation

Inspection Inspection

Energy

AdvancedTrackTransportation Equipment

NewMaterials

Aerospace Aerospace Equipment

Others

High

New Generation of Information of Information Generation New Technology

Ocean Engineering Ocean Equip Agricultural Machinery Agricultural Equipment

PowerEquipment

. .

Medicine Medicine

-

end CNC end CNC Machine Tool

& &

.

-

Saving Saving

Big

& &

& &

High

New Energy VehicleNew Energy

BAA Sensors BCD BDA BDB Product BDC Service BEA Instruments BAB Embedded System BAC BAD BAE BAG BBA BBB BBC BBD BBE BBF BCA BCB BCC BCD Others Framework BEB Architecture BEC Resources Manag BED NetworkEquipment

BAF Construction

AAB AAD ACA Inform ACB Indus ADC ADD AEB AAA AAC ABA ABB ADA ADB ADE ADF AEA

Intelligent Logistics

Intelligent Manag

Industrial Cloud

Remote Service

System Architecture Additive Manufacturing

System Integration

-

Control System Personalized Custom

Others

Construction Planning

IntelligentDesign

Industrial Big Data HMI System

Industrial Robot Others

术 Intelligent Production

Perform

Terminologys

Technical Methods

Reference Model

Implementation Guide

ProcessStandard

Information Safety Metadata

语 Identification

Test Equipment

Functional Safety

Test Method

Test Projects

Index System Evaluation Method

定 .

义 &

& &

, ,

. .

& &

High

& &

Meters

& &

. .

Manag

. .

System

Robot

Safety Manag

Medical Medical Device

inform

& &

-

Tech Tech Ships

data dictionary

& & System

.

& &

.

.

. .

Integ

Definitions

.

. .

. .

Sys

Manag

.

BBDB Advanced Control Control Advanced BBDB

BCAA Design Spec Design BCAA

BDBB Industrial Software Integration Software Industrial BDBB BADA Graphics Graphics BADA Sys Somatosensory Touching BADB Phonetics BADC Design Model BAEA Equip Manufacturing BAEB Communication BAFA Interface BAFB Spec Interaction BCAB Manag Production BCAC Spec Interface Platform BCBA Requirements General BCBB Technique Processing Data BDAA Management Data BDAB Software Application BDBA

BADD Biological Features Biological BADD

BDCA Service Requirements Service BDCA Management Quality Software BDCB

BCBC Safety Spec Safety BCBC

BEAB Outer BEAB BAFC Cooperation BAFC Ability Service BCCB Management Assets Software BDCC Inner BEAA

BACB Interface BACB BACA Programming Language Programming BACA Others BACC Sharing Resources BCCA

BBFE Others BBFE

BABA Interface Spec Interface BABA Protocol Communication BABB Requirements Performance BABC

BBDA Intelligent Diagnosis Diagnosis Intelligent BBDA Warehouse Vertical BBFD BBAA General Planning General BBAA Guide Implementation BBAB Simulation Design Product BBCA Design Optimal Intelligent BBCB E BBFB Vehicle Guided Automatic BBFC

BECA IPv BECA

BBFA Bar Code Bar BBFA

BBAC System Modeling System BBAC BBAD Humanistic Working Conditions Working Humanistic BBAD Criteria Interoperation BBBA Ability Integration BBBB Interface Service Application Test BBBC Integration Equipment Site BBBD

. .

BAAB Integration BAAB Protocol Communication BAAC

BECB BECB

BBEA Workshop Management Workshop BBEA Management Enterprise BBEB Management Visual BBEC

BEDB Industrial Switch Industrial BEDB

BAAA General Technology General BAAA Spec Monitoring BCBD Manag Emergency BCBE Coordination Information BECC Gateway Industrial BEDA BEDE

BEDC Chip Chip BEDC

BEBA Network Technique Network BEBA Communication Wireless Industrial BEBB Communication Wire Industrial BEBC

Sys

.

Frequency Spectrum Frequency

Others

- identification

Standard 6

& &

-

-

Plant inside Network of Fac of inside Network Plant

Network of Factory of Network

Communication Module Communication

& &

& &

.

Icons

.

Semantics

.

.

.

. .

. .

& &

Process Spec Process

Spec

Optimization

. .

& &

& &

Maintenance

.

.

Interface

.

. .

Manufacturing

Fig. 6 Framework of Intelligent Manufacturing Standard System

21 Intelligent

National III. Construction Contents

(i) Basic generality standards 2015) The basic generality standards mainly consist of five parts

such as foundation, safety, management, inspection evaluation(Version and reliability, as shown in Fig. 7. A Basic Guidelines

Generality

AA AA

Evaluation AD AE AB Safety AC

Manag

Foundation

Inspection Inspection Reliability

Construction .

System

AAA AAA AAC ABA ABB ACA ACB ADA ADB ADC ADE ADF AEB AAD AAD ADD AEA

术 AAB

Technical Methods Technical

Indus Guide Implementation

Process Standard Process

Information Safety Information Metadata Metadata

语 Inform

Test Equipment Test

Functional Safety Functional Reference Model Reference

Test Method Method Test

Terminologys Terminologys

Test Projects Test Identification Identification Index System System Index 定 Standard Method Evaluation

义

.

&

. .

inform

Safety Manag Safety

& &

data dictionary data

.

& &

Integ

Definitions

. Manag

Manufacturing .

Sys

.

. .

Sys .

Intelligent

Fig. 7 Sub-system of Basic Generality Standard National 1. Basic standards

22

Basic standards are composed of four parts, i.e., terminology and definitions, reference model, metadata, data dictionary and identification. 2015) Terminology and definitions are used for unifying the relevant concepts related to intelligent manufacturing and (Version provide supports for the preparation of other parts of standards. Reference model standards are used for assisting all parties Guidelines recognizing and understanding the objects and boundary of intelligent manufacturing standardization as well as the hierarchy and internal contact of all parts. Metadata and data Construction dictionary are used for specifying the naming rule, data format, data model, data elements andSystem registration requirements of metadata in all such links as design, production and circulation Standard of intelligent manufacturing products, as well as the method to establish data dictionary and lay a solid foundation to the data integration, interaction and sharing of data in all intelligent Manufacturing manufacturing links. Identification standards are used for the exclusive identification and analysis of all kinds of objects in

Intelligentintelligent manufacturing, efforts shall also be made to establish intelligent manufacturing identification system; such system

National shall be compatible to the manufacturing enterprises' existing identification numbering system and can satisfy the 23

requirements of intelligent manufacturing development such as equipment IP and intelligence. 2. Safety standards 2015) Safety standards are mainly composed of functional safety and information safety. (Version Functional safety standards are used for ensuring that the safety functions of safety control system can be executed Guidelines correctly when danger happens so as to avoid personal injury, environmental destruction and economic loss caused by equipment failure or system function invalidity. They consist of Construction functional safety requirements as well as the implementation and management of functionalSystem safety. Information safety standards are used for ensuring that the information system will Standard not be destroyed, changed or leaked by occasional or malicious cause while the system can be operated continuously, reliably and normally. They mainly include five parts, i.e., software Manufacturing safety, equipment information safety, network information

safety, data safety and information safeguarding.

Intelligent3. Management standards Management standards mainly include information safety

National management system and industrialization and informationization integration management. 24

Information safety management system standards are used for preparing intelligent manufacturing information safety management standards according to the features and demands of 2015) intelligent manufacturing of all industries and the key manufacturing links. They mainly include management standard (Version and safety supervision. Industrialization and informationization integration management standards are used for guiding relevant Guidelines enterprises to establish innovation management mechanism and maintain the constant competition advantages. The improvement of industrialization and informationization integration process Construction management mechanism by standardization mainly includes requirements, foundation and System terms, implementation guide,

evaluation specification and audit guide. Standard 4. Inspection evaluation standards Inspection evaluation standards are mainly composed of test items, test method, test device, index system, evaluation Manufacturing method and implementation guide. The test items standards are used for guiding the scientific

Intelligentorder arra ngement and effective management of intelligent manufacturing device and system during the test process. Test

National method standards are used for preparing standards which cover the contents, way, steps, process and calculation analysis of test 25

for different kinds of intelligent manufacturing devices and systems. Test device standards are used for ensuring the operation stability of test device and accuracy and reliability of 2015) test indexes during the process of intelligent manufacturing device quality and system test. Index system standards are used (Version for appraising the application fields, application enterprises and application projects of intelligent manufacturing in order to Guidelines promote enterprises to enhance their intelligent manufacturing level constantly. Evaluation method standards are used for guiding intelligent manufacturing enterprises to develop project Construction evaluation and prepare intelligent manufacturing evaluation index system. Implementation System guide standards are used for guiding the specific work during the process of intelligent Standard manufacturing project evaluation. 5. Reliability standards Reliability standards are mainly composed of process and Manufacturing technical method. Process standards are mainly used for analyzing the

Intelligentreliability requirements of intelligent manufacturing system, risk management and service life fees. They are mainly composed of

National reliability management of intelligent manufacturing, fault prediction of intelligent manufacturing equipment and 26

comprehensive guarantee of intelligent manufacturing system. Technical method standards are used for guiding the reliability analysis evaluation of intelligent manufacturing system as well 2015) as the reliability design and test verification of intelligent

equipment. (Version (ii) Key technique standards Key technique standards are mainly composed of Guidelines intelligent equipment, intelligent factory, intelligent service, industrial software and big data and industrial internet. 1. Intelligent equipment standards Construction Intelligent equipment refer to the equipment or device provided with such additionalSystem functions as digital communication and configuration, optimization, diagnosis and Standard maintenance, in addition to the basic functions. They are generally provided with such capacities as perception, analysis, reasoning, decision-making and control, which are deep Manufacturing integration of advanced manufacturing technique, information technique and intelligent technique. Intelligent equipment

Intelligentstandards mainly consist of sensors, meters and instruments, embedded system, control system, human-machine interactive

National system, additive manufacturing and industrial robot, as shown in

Fig. 8. 27

BA Intelligent

Equipment

BAF

Instruments BAA

BAC

BAD Manufacturing BAE

BAB Embedded System 2015)

IndustrialRobot

Additive

Control System

Sensors HMISystem

, , (Version

Meters & &

Guidelines

BADA Graphics Graphics BADA Phonetics BADC Features Biological BADD Design Model BAEA Equip Manufacturing BAEB Communication BAFA Interface BAFB BADB Touching Somatosensory Sys Somatosensory Touching BADB

BACA Programming Language Programming BACA Others BACC BACB Interface BACB

BAFC Cooperation BAFC

BABA Interface Spec Interface BABA BABB Communication Protocol Communication BABB Requirements Performance BABC

BAAB Integration BAAB BAAA BAAA Protocol Communication BAAC General Technology General

Construction

& &

& &

Icons Semantics

. System

. .

& & Interface

Standard .

ManufacturingFig. 8 Intelligent Equipment Standard Sub-system (1) Sensors, meters and instruments standards Sensors as well as meters and instruments standards are Intelligent mainly composed of general technical standards such as data exchange, characteristics and classification, performance National evaluation and intelligent requirements; integration standards

28

such as clock synchronization, interface, functional block, equipment integration and interoperability; communication protocol standards such fieldbus, industrial Ethernet, wireless 2015) industrial networks, safety communication, highly available communication and conformity. (Version (2) Embedded system standards The embedded system standards of intelligent Guidelines manufacturing standard system mainly consist of interface specification, communication protocol and performance requirements of embedded system. Construction (3) Control system standards The control system standardsSystem of intelligent manufacturing standard system mainly include programming languages such as Standard PLC, DCS and FCS, and also interface. (4) Human-machine interactive system standard The human-machine interactive system standard of Manufacturing intelligent manufacturing standard system mainly include graphic and icon standards such as human-machine interactive

Intelligentgraphics and icons in industrial control field, functional attributes and registry management; touching somatosensory

National standards such as somatosensory description language, gesture order and functional attribute; phonetic and semantic standards 29

such as voice command, semantic comprehension and semantic database; biometric features recognition standards such as biometric features recognition technical interface and biometric 2015) features recognition data exchange. (5) Additive Manufacturing Standards (Version Additive manufacturing standards mainly include model design standards such as design specification, document format, Guidelines data quality assurance, documents storage and data processing as well as additive manufacturing equipment and interface standard. Construction (6) Industrial robot standards Industrial robot standards (includingSystem mobile robot) mainly include communication standards such as data format, Standard communication protocol, communication interface and control semantics; interface standards such as interface between industrial robot programming and operation graphics user, Manufacturing interface between programming system and robot control; collaboration standards such as the collaborative operation

Intelligentbetween robot and human during the manufacturing process, collaborative operation of robots and collaborative operation

National between robot and production line. 2. Intelligent factory standards 30

With respect to connecting all production operation processes of the factory, intelligent factory realize fast information exchange, transmission, storage, processing and 2015) seamless intelligent integration of all links ranging from production design and sales to equipment control and enterprise (Version resources management. Intelligent factory standards mainly consist of six parts, i.e., construction planning of intelligent Guidelines factory, system integration, intelligent design, intelligent production, intelligent management and intelligent logistics, as shown in Fig. 9. Construction

System

Standard

Manufacturing

Intelligent

National

31

BB Intelligent

Factory

BBA BBB BBD BBC BBE BBF

Intelligent Logistics

Intelligent Manag

Intelligent Design

System Integration Construction Planning IntelligentProduction 2015)

. (Version

BBFE BBFE

BBCB BBCB BBAA BBAA Guide Implementation BBAB BBCA BBDA BBDB BBFB BBFC BBFD

BBFA BBFA

BBAC System Modeling System BBAC BBAD Criteria Interoperation BBBA Ability Integration BBBB Interface Service Application Test BBBC Integration Equipment Fiedl BBBD

BBEA BBEA BBEB BBEC

Guidelines

Others

Automatic Guided Vehicle Guided Automatic

E

Visual Management Visual

Bar Code Bar

Intelligent Optimal Design Optimal Intelligent Vertical Warehouse Vertical

Enterprise Management Enterprise

Product Design Simulation Design Product

Workshop Management Workshop

Advanced Control Control Advanced

General Planning General

Intelligent Diagnosis Diagnosis Intelligent

Humanistic Working Conditions Working Humanistic

-

identification

& & Optimization

& & Construction Maintenance

System

Fig. 9 IntelligentStandard Factory Standard Sub-system

(1) Construction planning standards Construction planning standards mainly include general Manufacturing planning standards such as basic functions of a factory, design requirements and design model standards; implementation guide

Intelligentstandards required for reaching the planning design of intelligent factory such as simulation analysis, collaborative design and

National construction implementation standard; system modeling standard such as intelligent factory-based technological process 32

and arrangement model, production process model and organization model; design standard that provides employees with humanistic working conditions. 2015) (2) System integration standards System integration standards mainly include (Version interoperability criteria such as descriptions on defining intelligent manufacturing software interoperability and matching Guidelines of manufacturing unit; standards and specifications on the integration ability such as integration functional module descriptions and integration ability evaluation; test application Construction service standards such as interface service and protocol for describing the capacity of intelligentSystem manufacturing software, relevant template specification, interface for visit/search Standard capacity and process definition matched based on the requirements; field equipment integration standards such as OPC UA, EDDL, FDT and FDI. Manufacturing (3) Intelligent design standards Intelligent design standards mainly include product design

Intelligentsimulation standards such as product digital definition, product digital model machine, design simulation, process simulation

National and digital test, as well as intelligent optimization design

33

standards such as optimizing product simulation results, describing optimization model and optimization method. (4) Intelligent production standards 2015) Intelligent production standards mainly consist of two parts, i.e., standards regarding the diagnosis and maintenance of (Version production process control system and standards regarding the advanced control and optimization of production process system. Guidelines The former ones include the general requirements for defining the diagnosis, capacity evaluation and maintenance of intelligent production system while the latter ones include the integration Construction structure, functional module and information interaction mode of control and optimizationSystem software for production

manufacturing system. Standard (5) Intelligent management standards Intelligent management standards mainly include the workshop management standards such as manufacturing Manufacturing message specification and MES application; enterprise management standards such as enterprise operation

Intelligentdecision -making management, plan management, production management, technique management, quality management,

National personnel management, finance management, equipment management and logistics management; visual management 34

standards such as the visualization of standard products information, equipment information, inventory information, production status and energy supervision. 2015) (6) Intelligent logistics standards Intelligent logistics standards mainly include the standards (Version used for recognizing the bar code and e-identification of raw materials, components and parts, equipment and product Guidelines information, for the equipment inside factory such as automatic guided vehicle as well as the intelligent logistics equipment standard used inside the factory and the vertical warehouse of Construction workshop. 3. Intelligent service standardsSystem With respect to new business and new mode, intelligent Standard service provides all kinds of specification and reliable service through using enterprise’s internal and external resources comprehensively. Intelligent service standards mainly include Manufacturing three parts, i.e., personalization manufacturing, remote operation & maintenance and industrial cloud, as shown in Fig. 10.

Intelligent

National

35

BC Intelligent Service

2015)

BCB BCC BCD Custom BCA

Industrial Cloud

Remote Service

Personalized

Others (Version .

Guidelines

BCAA BCAA

BCAB BCAB BCAC BCCA BCCB BCBA BCBA BCBB

BCBC BCBC Construction

BCBE BCBE BCBD BCBD

Service Ability Service

Safety Spec Safety

General Requirements General

Production Manag Production Sharing Resources

Interaction Spec Interaction Platform Interface Spec Interface Platform

Emergency Manag Emergency Design Spec Design

System Spec Monitoring .

. Standard

.

.

. .

. .

Process Spec Process

Spec

. .

Manufacturing .

Intelligent Fig. 10 Intelligent Service Standard Sub-system

(1) Personalized customization standards National

36

Personalized customization standards mainly include personalized customization design specification satisfying the large-scale individual production, interaction specification and 2015) production management process specification. (2) Remote operation & maintenance standards (Version Remote operation & maintenance standards mainly include platform interface specification, general requirements, safety Guidelines specification, monitoring specification and emergency management specification. (3) Industrial cloud standards Construction Industrial cloud standards mainly include resources sharing standards such as interface andSystem protocol as well as service capacity standards. Standard 4. Industrial software and big data standards Industrial software and big data provide supports for connecting industrial software data chain and realizing the Manufacturing comprehensive application of industrial big data by focusing on the vertical and horizontal integration of enterprise information

Intelligentsystem. Industrial software and big data standards mainly include industrial big data, products and systems, and service

National and management, as shown in Fig. 11.

37

BD Industrial Software & Big Data

2015)

BDB

BDA

BDC BDD Product

Service (Version

Industrial Big Data

Others

& &

& & Manag

System Guidelines .

Construction

BDAA BDAA BDAB BDBA BDBB

BDCA BDCA BDCB BDCC BDCC

System

Software Assets Management Assets Software

Software Quality Management Quality Software

Industrial Software Integration Software Industrial

Service Requirements Service

Data Management Data Software Application Data Processing Technique Processing Data

Standard

Manufacturing

IntelligentFig. 11 Industrial Software and Big Data Standard Sub-system

(1) Industrial big data standards National

38

Industrial big data standards mainly include data processing technical standards for the intelligence of production process, product, new-industry and new-mode intelligence, 2015) management and service intelligence, as well as data management standards such as data quality, capacity maturity, (Version data assets management, data opening and sharing and transaction. Guidelines (2) Product and system standards Product and system standards mainly include industrial software standards such as the functional definition of software Construction product, tools, system and platform, business model, technical requirements and interface specificationSystem and industrial software integration standards such as enterprise resource plan, supply Standard chain management, client relationship management, manufacturing execution system, product lifecycle management and process control system. Manufacturing (3) Service and management standards Service and management standards mainly include service

Intelligentprocess and service capacity for the development, integration, outsourcing and operation & maintenance of industrial software,

National and service requirements for industrial cloud service such as service catalogue, service level protocol, service quality and 39

service procurement; industrial software quality standard such as the measurement of industrial software quality and assets maintenance as well as the management standard of industrial 2015) software assets. 5. Industrial internet standards (Version Industrial internet is designed to constructing factory internal and external networks featured by high reliability, Guidelines bandwidth, connecting number and low time delay; it tries to run through all layers inside the factory and full value chain beyond the factory by focusing on interconnection, low-cost Construction computing, safe and reliable interoperation industrial information infrastructures in System order to realize information tracking and management of the whole lifecycle, and satisfy Standard factory's internal intelligence and network and external exchange. Industrial internet standards mainly include four parts, i.e., system architecture, network technique, resources allocation Manufacturing and network equipment, as shown in Fig. 12.

Intelligent

National

40

BE Industrial Internet

2015)

BEA BEB BED BEC

(Version

Architecture Framework

ResourcesManag

System Architecture Network Equipment

Guidelines .

Construction

System

BEDA BEDA

BEAA Inner BEAA Outer BEAB Technique Network BEBA Communication Wireless Industrial BEBB Communication Wire Industrial BEBC IPV BECA BECB Coordination Information BECC Chip BEDC BEDD BEDB Industrial Switch Industrial BEDB

Standard

Industrial Gateway Gateway Industrial

Others

Frequency Spectrum Frequency

& &

-

6

-

Plant inside Network of Fac of inside Network Plant

Network of Factory of Network Communication Module Communication

Manufacturing

Intelligent .

National

41

Fig. 12 Industrial Internet Standard Sub-system

(1) System architecture standards System architecture standards mainly include factory’s 2015) internal network standards such as network interconnection of different layers inside enterprise, interconnection and (Version interoperation technique under the mode of design/supply chain/manufacturing/service/consumption collaboration; it also Guidelines includes the industrial external network standards regarding the interconnection of enterprise, business and industry. (2) Network technique standards Construction Network technique standards mainly include the standards regarding the low time delay andSystem highly reliable connection between fault machines, between machine and control system Standard and between upstream and downstream of enterprises and intelligently interactive network technique; industrial wireless network standard for the different demands of field equipment Manufacturing level, workshop monitoring level and factory management level; industrial wire communication standards for industrial field bus,

Intelligentindustrial Ethernet and industrial cabling. (3) Resources management standards

National Resources management standards mainly include IPv6 standards applied in industrial internet and frequency spectrum 42

and information coordination standards of wireless frequency spectrum applied to industrial environment. (4) Network equipment standards 2015) Network equipment standards mainly include standards regarding industrial gateway such as network equipment, (Version communication protocol and interface, industrial switch, chip and communication module. Guidelines (iii) Key industries standards In strict accordance with the standards of basic generality and key techniques, breakthrough shouldConstruction be made in ten key fields in priority and then cover all intelligent manufacturing System fields by focusing on the ten key fields in China Manufacturing

2025 Strategy and by consideringStandard the demands of upgrading and transformation of traditional manufacturing industry. All industries should prepare the intelligent manufacturing standards

of key industriesManufacturing by combining their development demand and intelligent manufacturing level. The standard system for key

industries is shown in Fig. 13. Intelligent

National

43

C Key Industries

2015)

CA CC CD CE CF CG CH CI CJ CK CB CB

Energy

AdvancedTrack Transportation Equipment

NewMaterials

Aerospace Aerospace Equipment

Biol

High

New Generation of NewGeneration Information Technology

Ocean Engineering Ocean Equip Machinery Agricultural Equipment PowerEquipment

Others (Version

.

Medicine

-

end CNC endCNC Machine Tool

-

Saving

Guidelines

&

& &

High

New Energy VehicleNewEnergy

- Perform

Construction

. .

& &

& &

High

. . Medical Medical Device

Robot System

-

Tech Tech Ships

Standard

Fig. 13 Key Industry Standard Sub-system Manufacturing Intelligent manufacturing standard system does not belong to the standards in manufacturing fields such as aviation, ship, Intelligent petrochemical engineering and steel or vice versa but both are overlapped to certain extent. The application standard of key National industries in intelligent manufacturing standard system connects

44

both. For instance, ship industrial standard systems are used for guiding the design, manufacturing, test, repairing management and project construction of ship-related products and intelligent 2015) manufacturing related contents such as interconnection in the ship manufacturing process of ship industry key standards of (Version intelligent manufacturing standard system.

Guidelines

Construction

System

Standard

Manufacturing

Intelligent

National

45

IV. Implementation Organization

The construction and planning of intelligent manufacturing 2015) standard system are developed by the National Intelligent

Manufacturing Standardization Working Group established by(Version the Ministry of Industry and Information Technology of the People’s Republic of China and Standardization Administration Guidelines of the People’s Republic of China jointly. Dynamic upgrading and improvement mechanism should be established. With the

constant improvement of intelligent manufacturingConstruction development level and industrial recognition level, National Intelligent System Manufacturing Standard System Construction Guideline should be upgraded for every two years. The approval green channel Standard for intelligent manufacturing standard should be established and the timely approval of key standards should be ensured. Special financial funds should be set to support the study of intelligent Manufacturing manufacturing standards, construction of test and verification platform and industrial promotion application. The role of local Intelligentcompetent departments, industrial associations and societies should be fully exerted, and standards should be publicized and National implemented through training and consultation. Intelligent

46

manufacturing standardization forum should be held regularly in virtue of Sino-Germany intelligent manufacturing /Industry 4.0 Standardization Working Group to organize industries to 2015) develop in-depth communication and cooperation. Communication should be actively made with ISO, IEC and (Version other relevant international standardization organizations and efforts should be made to promote the Chinese standards with Guidelines proprietary intellectual property rights technology to international standards.

Construction

System

Standard

Manufacturing

Intelligent

National

47

Appendix 1: Terms and Abbreviations related to Intelligent Manufacturing 2015)

4G: (the 4th Generation mobile communication technology) (Version 5G: (the 5th Generation mobile communication technology) CAD: (Computer Aided Design) CAM: (Computer Aided Manufacturing) Guidelines CRM: (Customer Relationship Management) DCS: (Distributed Control System) Construction EDDL: (Electronic Device Description Language)

EPA: (Ethernet in Factory Automation)System ERP: (Enterprise Resource Planning) FCS: (Fieldbus Control StandardSystem) FDI: (Field Device Integration) FDT: (Field Device Tool) IEC: (InternatManufacturingional Electrotechnical Committee) IP: (Internet Protocol) IPv6: (Internet Protocol Version 6) Intelligent ISO: (International Organization for Standardization) ： National LTE-M (LTE-Machine to Machine) MBD: (Model Based Definition) I

MES: (Manufacturing Execution System) OPC UA: (OPC Unified Architecture) PLC: (Programmable Logic Controller) 2015) PLM: (Product Lifecycle Management) SCADA: (Supervisory Control and Data Acquisition) (Version SCM: (Supply Chain Management) WIA: (Wireless Networks for Industrial Automation) Guidelines

Construction

System

Standard

Manufacturing

Intelligent

National

II

2015)

(Version

Appendix 2: Basic Generality and Key Technical Standards of Intelligent Manufacturing Released and Under Preparation Guidelines

Secon The corresponding International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization A Basic Generality Construction AA Foundation Releas 1 1 Information Technology-- Vocabulary GB/T 5271 ISO/IEC 2382 System ed Information Technology-Terminology for Embedded Releas 2 2 GB/T 22033-2008 Systems ed Industrial-Process Measurement and Control--Terms and Releas 3 3 GB/T 17212-1998 Definitions Standard ed Releas 4 4 Networked Manufacturing - Technical Terminology GB/T 25486-2010 ed Technical Product Documentation--Requirements for Releas 5 5 GB/T 15751-1995 ISO/TR 10623-1992 ISO Computer Aided Design and Drafting--Vocabulary ed Releas 6 6 Manufacturing InformationManufacturing - Technical Terminology GB/T 18725-2008 ed Information Technology--Open Systems Releas 7 7 GB/T 9387 ISO/IEC 7498 Interconnection--Basic Reference Model ed III Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Process Detection and Control flow Chart--Symbols and Releas 8 8 GB/T 2625-1981 Letter Codes ed Guidelines Industrial Process Measurement and Control--Data Releas 9 9 GB/T 20818 IEC 61987 IEC SC65E Structures and Elements in Process Equipment Catalogues ed Industrial-Process Measurement, Control and Automation Releas 10 10 Reference Model for presentation of Production Facilities GB/Z 32235-2015 IEC 62794 IEC TC65 ed (Digital Factory) Construction Releas 11 11 Supply Chain Management Business Reference Model GB/T 25103-2010 ed GB/T Releas 12 12 Batch Control IEC 61512 IEC SC65A System19892.1~19892.2 ed GB/T ISO/IEC JTC1 Releas 13 13 Information Technology-Metadata Registries (MDR) ISO/IEC 11179 18391.1~18391.6 SC32 ed Information Technology - Procedures for Achieving ISO/IEC JTC1 Releas 14 14 Standard GB/T 23824 ISO/IEC TR 20943 Metadata Registry Content Consistency SC32 ed Information Technology--Open Systems Releas 15 15 Interconnection--Procedures for the Operation of OSI GB/T 17969.1-2000 ISO/IEC 9834-1 ed Registration Authorities--Part 1:General Procedures Information Technology - Open Systems Interconnection - Releas 16 16 National Numbering SystemManufacturing and Registration Procedures for GB/T 26231-2010 ed Object Identifier (OID) 17 17 Information Technology―Sensor Networks―Part 501: GB/T Releas

IV Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Identification: Identifier Encoding Rules for Sensor Node 30269.501-2014 ed Under Guidelines 18 18 Industry IOT Instrument Identity Protocol 20150005-T-604 prepara tion Information Technology Open System Interconnection Under 19 19 Regulations used for Object Identifier Analysis Operation 20112007-T-604 prepara Organization tion Construction Under Information Technology Open Systems Interconnection 20 20 20120558-T-469 ISO/IEC 29168-1:2011 prepara Object Identifier Resolution System tion System Under Information Technology Sensor Network Part 502: 21 21 20120545-T-469 prepara Label: Analysis and Management Specification tion Under Sensor Network Label Analysis and Standard Management 22 22 20120545-T-469 prepara Specification tion Under 23 23 Intelligent Sensor Terminology 20150007-T-604 IEC TC65 prepara tion Manufacturing Under 24 24 Additive Manufacturing-Technology Terminology 20142484-T-604 ISO 17296-1:2014 ASTM prepara tion

V Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization AB Safety Evaluation Specification for Security in Industrial Control Releas 25 1 GB/T 26333-2010 Guidelines Network ed GB/T Releas 26 2 Industrial Control System Security 30976.1~30976.2 ed Releas 27 3 Safety Requirements forIndustrial Automation Products GB 30439 ed Functional Safety- Safety Instrumented Systems for the GB/T Construction Releas 28 4 IEC 61511 IEC SC65A Process Industry Sector 21109.1~21109.3 ed Under Specification of Control and Communication Network CIP System 29 5 20132552-Z-604 IEC 61784-3 IEC SC65C prepara Safety tion Under Control and Communication Network Safety-over-EtherCAT 30 6 20141330-T-604 IEC 61784-3 IEC SC65C prepara Specification Standard tion Industrial Communication Networks. Network and Under 31 7 System Security. Part 2-1: Establishing an Industrial 20120829-T-604 IEC 62443-2-1 IEC TC65 prepara Automation and Control System Security Program tion Under 32 8 Safety Protection StandardManufacturing of DCS 20130783-T-604 prepara tion 33 9 Safety Management Standard of DCS 20130784-T-604 Under

VI Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization prepara tion Guidelines Under 34 10 Safety Assessment Standard of DCS 20130785-T-604 prepara tion Under 35 11 Inspection Standard for DCS Risk and Fragility 20130786-T-604 prepara Construction tion Under EPA Specification for Industrial Measurement and Control 36 12 20077698-Q-604 prepara System Part 5: Network Safety Specification System tion Under 37 13 PLC Safety Requirements 20130787-T-604 prepara Standard tion Information Safety Technology Safety Controlling Under 38 14 Information System Safety Index System of Power 20120527-T-469 prepara System tion AC Management Releas 39 1 Information Technology-Service Management GB/T 24405 ISO/IEC 20000 Manufacturing ed AD Inspection Evaluation 40 1 Information Technology--Open Systems Interconnection-- GB/T ISO/IEC9646 Releas

VII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Conformance Testing Methodology and Framework 17178.1~17178.7 ed Industrial-process Measurement and Control--Evaluation of GB/T Releas 41 2 IECGuidelines 61069 IEC SC65A System Properties for the Purpose of System Assessment 18272.1~18272.8 ed General Methods for Testing the Performance of Industrial Releas 42 3 GB/T 29247-2012 Process Measurement and Control Instruments ed Process Measurement and Control Devices--General GB/T Releas 43 4 IEC 61298 IEC SC65B Methods and Procedures for Evaluating Performance 18271.1~18271.4 ed Automation Systems in the Process Industry - Factory Construction Releas 44 5 Acceptance Test (FAT), Site Acceptance Test (SAT), and Site GB/T 25928-2010 IEC 62381 IEC SC65E ed Integration Test (SIT) System Releas 45 6 Modbus Test Specification GB/T 25919-2010 ed Information Technology Open System Interconnection Under Method for Testing and Specification (MTS) Test and Test 46 7 Standard 20142102-T-469 prepara Control Method Version 3 Part 4: TTCN-3 tion Operational Semantics Under 47 8 Intelligent Sensor Performance Assessment Method 20150010-T-604 prepara tion Manufacturing Under Additive Manufacturing -- Main Characteristics and 48 9 2015139-T-604 ISO 17296-3:2014 ISO TC261 prepara Corresponding Test Methods tion

VIII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization AE Reliability Presentation of Reliability，Maintainability and Availability Releas 49 1 GB/T 7289-1987 Guidelines Predictions ed Analysis Techniques for System Reliability - Procedure for Releas 50 2 GB/T 7826-2012 Failure Mode and Effects Analysis（FMEA） ed Electrical Equipment for Measurement, Control and Releas 51 3 GB/T 18268 IEC 61326 IEC SC65A Laboratory Use-EMC Requirements ed Construction Under Model and Data Manual for the Reliability Expectation of 52 4 20132222-T-339 prepara Electronic Equipment tion System Under 53 5 Guidance on System Dependability Specifications 20141011-T-339 IEC 62347:2006 IEC/TC56 prepara tion Standard Under 54 6 Equipment Reliability Reliability Evaluation Method 20141010-T-339 IEC62308:2006 IEC/TC56 prepara tion Under General Technique of IOT Method and Review of 55 7 20150015-T-604 prepara Reliability Design of Intelligent Sensor tion B Key Technique Manufacturing BA Intelligent equipment 56 1 Programmable Controllers Part 1: General Information GB/T IEC 61131 IEC SC65B Releas

IX Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization 15969.1~15969.8 ed Higher Performance Protocal for the Standard Digital Releas 57 2 GB/T 15946-2008 IECGuidelines 60488 IEC SC65C Interface for Programmable Instrumentation ed Releas 58 3 Technical Specification for Industrial Ethernet Switchs GB/T 30094-2013 ed Industrial Robots—Graphical User Interfaces for Releas 59 4 GB/T 19399-2003 Programming and Operation of Robots(GUI-R) ed Construction Releas 60 5 Robot General Bus Communication Protocol GB/T 29825-2013 ed Releas 61 6 Data Interface for Software of Rapid Prototyping SystemGB/T 25632 -2010 ed Under Information Technology Requirements for Chinese Voice 62 7 20141232-Ｔ-469 prepara Recognition Internet Service Interface Standard tion Under Information Technology Requirements for Chinese Voice 63 8 20141231-Ｔ-469 prepara Synthesis Internet Service Interface tion Under Information Technology Requirements for Chinese Voice 64 9 20141233-Ｔ-469 prepara Terminal Internet Service Interface Manufacturing tion Under 65 10 Intelligent Sensor Part 1: General 20120832-T-604 prepara

X Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization tion Under Guidelines 66 11 Intelligent Sensor Inspection and Routine Test Guideline 20150003-T-604 prepara tion Under General Technique for Internet of Things Characteristics 67 12 20150018-T-604 prepara and Category of Intelligent Sensor tion Construction Under General Technique for Internet of Things Specification of 68 13 20150004-T-604 prepara Intelligent Sensor Interface tion System Under Protocol on the Mutual Operation of Industrial Internet of 69 14 20150011-T-604 prepara Things tion Under Protocol on Instrument Service of IndustrialStandard Internet of 70 15 20150012-T-604 prepara Things tion Under Protocol on Instrument Application Attribute of Industrial 71 16 20150006-T-604 prepara Internet of Things tion Manufacturing Under 72 17 Technical Specification of Remote Terminal Unit (RTU) 20142423-T-604 prepara tion

XI Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Under 73 18 Robot Simulation Development Environment Interface 20120878-T-604 prepara Guidelines tion Under 74 19 Robot Modular Operation System Interface 20130872-T-604 prepara tion Under 75 20 High-speed Robot Communication Bus Interface 20130873Construction-T-604 prepara tion Under Specification of Controller Communication Specification of 76 21 System20112051 -T-604 prepara Open Robot tion Under Standard Specfication for Additive Manufacturing File ISO/ASTM 77 22 20142485-T-604 ISO&ASTM prepara Format Standard 52915:2013 tion Under Standard Practice - Guide for Design for Additive ISO/ASTM DIS 78 23 20151392-T-604 ISO&ASTM prepara Manufacturing 20195 tion BB Intelligent Factory Information Technology -Manufacturing Radio Frequency Identification - Releas 79 1 GB/T 29768-2013 Air Interface Protocol at 800-900MHz ed 80 2 Information Technology - Radio Frequency Identification - GB/T 28925-2012 Releas

XII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Air Interface Protocol at 2.45 GHz ed Information Technology - Radio Frequency Identification - Releas 81 3 GB/T 28926-2012 Guidelines Conformance Test Methods for Air Interface at 2.45GHz ed Releas 82 4 Field Device Tool (FDT) Interface Specification GB/T 29618 IEC 62453 IEC SC65E ed GB/T Releas 83 5 Function Blocks for Process Control IEC/TS 61804 IEC SC66E 21099.1~21099.3 ed GB/Z Construction Releas 84 6 Control Network LONWORKS Technology Specification 20177.1~20177.4 ed Control Network HBES Technical Specification -Home and Releas 85 7 SystemGB/T 20965 -2013 Building Control System ed Industrial Communication Networks - Installation of Releas 86 8 GB/T 26336-2010 IEC 61918 Communication Networks in Industrial premises ed Function Blocks for Industrial-Process Measurement and GB/T Releas 87 9 Standard IEC 61499 IEC SC65B Control System 19769.1~19769.4 ed Technical Product Documentation--Lettering CAD Releas 88 10 GB/T 18594-2001 Lettering of the Latin Alphabet Numerals and Marks ed Releas 89 11 Technical Drawings Preparation of Lines by CAD Systems GB/T 18686-2002 ed Technical Product DManufacturingocumentation--Organization and GB/T Releas 90 12 ISO 13567 ISO Naming of Layers for CAD--Part 1:Overview and Principles 18617.1~18617.11 ed 91 13 Technical Product Documentation--Life Cycle Model and GB/T 19097-2003 ISO 15226:1999 ISO Releas

XIII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Allocation of Documents ed Technical Product Documentation - Handling of GB/T Guidelines Releas 92 14 Computer-based Technical Information - Security ISO 11442 ISO 16722.1~16722.4 ed Requirements Releas 93 15 Rule of CAD Engineering Drawing GB/T 18229-2000 ed GB/T Releas 94 16 Management of CAD Documents 17825.1~17825.10Construction ed Specification for Function of Computer Aided Process Releas 95 17 GB/T 28282-2012 Planning System ed System Specification of Industry Enterprise Informationization Releas 96 18 GB/T 26335-2010 Integration System ed Industrial Automation Systems - Requirements for Releas 97 19 GB/T 18757-2008 ISO 15704:2000,IDT ISO TC184 Enterprise-reference Architectures and MethodologyStandard ed Industrial Automation Systems--Concepts and Rules for Releas 98 20 GB/T 18999-2003 ISO 14258:1998,IDT ISO TC184 Enterprise Models ed Industrial Automation Systems--Manufacturing Message GB/T Releas 99 21 ISO 9506 ISO TC184 Specification 16720.1~16720.4 ed Industrial Automation Systems and GB/T Releas 100 22 Integration-manufacturingManufacturing Software Capability Profiling for ISO 16100 ISO TC184 19902.1~19902.6 ed Interoperability-Part 1:Framework 101 23 Industrial Automation Systems and Integration-Service GB/T ISO 20242 ISO TC184 Releas

XIV Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Interface for Testing Applications 22270.1~22270.2 ed Industrial Automation Systems and Integration- Open GB/T Guidelines Releas 102 24 Systems Application Integration Framework-Part 1: Generic ISO 15745 ISO TC184 19659.1~19659.5 ed Reference Description Industrial Automation Systems and Integration Product GB/T Releas 103 25 ISO 10303 ISO TC184 Data Representation and Exchange 16656.501-2005 ed Industrial Automation Systems and Integration- Diagnostics, Capability Assessment and Maintenance Construction Releas 104 26 GB/T 27758 ISO 18435 ISO TC184 Applications Integration- Part 1: Overview and General ed Requirements Industrial Automation Systems and Integration - Process System Releas 105 27 GB/T 20719 ISO 18629 ISO TC184 Specification Language ed Industrial Automation Systems and Integration--Functional Releas 106 28 GB/T 25485-2010 Architectureof Manufacturing Execution SystemStandard ed GB/T Releas 107 29 Industrial Automation—Shop FloorProduction IDT ISO/TR 10314 ISO TC184 16980.1~16980.2 ed Implementation Guide for Enterprise Informationization Releas 108 30 GB/T 26327-2010 System Integration ed Releas 109 31 Enterprise Integration - Framework for Enterprise Modelling GB/T 16642-2008 ISO 19439-2006,IDT ISO TC184 Manufacturing ed Releas 110 32 Enterprise Integration - Constructs for Enterprise Modeling GB/T 22454-2008 ISO 19440-2007,IDT ISO TC184 ed

XV Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization GB/T Releas 111 33 Enterprise Resource Planning 25109.1~25109.4 ed Guidelines Releas 112 34 Enterprise Application PDM Implementing Specification GB/Z 18727-2002 ed GB/T Releas 113 35 Enterprise-Control System Integration IEC 62264 ISO TC184 20720.1~20720.3 ed Networked Manufacturing System Implementing Releas 114 36 GB/T 25487-2010 Specification Construction ed Networked Manufacturing Environment - Business Releas 115 37 GB/T 30095-2013 Interoperability Protocol and Model ed System Releas 116 38 Integrated Model for Networked Manufacturing System GB/T 25488-2010 ed Releas 117 39 Evaluation System for Manufacturing Informatization GB/T 31131-2014 Standard ed Condition Monitoring and Diagnostics of Machines - Data GB/T Releas 118 40 ISO 13374 ISO TC184 Processing, Communication and Presentation 22281.1~22281.2 ed Functional Architecture of ASP Platform for Networked Releas 119 41 GB/T 25460-2010 Manufacturing ed Specification of Enterprise Information Integration in Releas 120 42 GB/T 18729-2011 Network Environment Manufacturing ed Releas 121 43 General Specifications of Automatic Guided Vehicles GB/T 20721-2006 ed

XVI Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Under 122 44 OPC Unified Architecture 20090699-T-60 IEC 62541 IEC SC65E prepara Guidelines tion Under 123 45 FDT/DTM and EDDL Mutual Operation Specification 20130772-T-604 prepara tion Under PROFIBUS Installation Guideline Planning Design, 124 46 20132542Construction-T-604 prepara Wiring Assembly and Debugging Acceptance tion Under 125 47 Energy Efficiency through Automation Systems System20141328 -T-604 IEC/TR 62837: 2013 IEC TC65 prepara tion Under Technical Product Documents Product Lifecycle 126 48 20130219-T-469 prepara Management Document Management Standard tion Advanced Automation Technologies and Applications Under Requirements for EstablishingManufacturing Enterprise ISO 11354-1:2011 127 49 20120881-T-604 ISO TC184 prepara Process Interoperability Part 1: Framework for Enterprise IDT tion Interoperability Under Standard of Core ComponentsManufacturing for Group Enterprise 128 50 20132566-T-604 prepara Operation Management Informationization tion

XVII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Under Reference Model of Operation Management Business of 129 51 20132567-T-604 prepara Group Enterprise Guidelines tion Under Interface of Automatic Identification Technology, ERP, 130 52 20132580-T-604 prepara MES and CRM tion

automation Systems and Integration -- Evaluating Construction

Energy Efficiency and Other Factors of Manufacturing Under System 131 53 20141341-T-604 ISO 20140-1:2013 ISO TC184 prepara Systems that Influence the Environment -- Part 1: tion Overview and General Principles Standard

Automation System and Integration Manufacturing System Under 132 54 Advanced Control and Optimization Software Integration 20141342-T-604 prepara Part 2: Structure and Function tion Under Functional System of Logistics Equipment Management 133 55 Manufacturing 20130876-T-604 prepara Monitoring System tion BC Intelligent Service

XVIII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Information Technology—Elastic Computing Application Releas 134 1 GB/T 31915-2015 Interface ed Guidelines Information Technology--Cloud Data Storage and Releas 135 2 Management--Part 2: Object-based Cloud Storage GB/T 31916.2-2015 ed Application Interface Under 136 3 Terminology of cloud computing 20120570-T-469 prepara Construction tion Under 137 4 Reference structure of cloud computing 20121421-T-469 prepara System tion Under Information Technology Cloud Computing Cloud Service 138 5 20153705-T-469 prepara Level Protocol Specification Standard tion BD Industrial Software and Big Data GB/T Releas 139 1 Software Engineering - Product Quality 16260.1~16260.4 ed Software Engineering - Software Product Quality Releas 140 2 GB/T 25000.1-2010 Requirements and Evaluation (SQuaRE) - Guide to SQuaRE ed Software Engineering Manufacturing- Software Product Quality Releas 141 3 Requirements and Evaluation (SQuaRE) - Requirements for GB/T 25000.51-2010 ed Quality of Commercial Off-the-self (COTS) Software

XIX Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Product and Instructions for Testing Releas 142 4 Embedded Software Quality Assurance Requirement GB/T 28172:2011 Guidelines ed GB/T Releas 143 5 Functionality of System and Software 29831.1~29831.3 ed GB/T Releas 144 6 Reliability of System and Software 29832.1~29832.3 ed GB/T Construction Releas 145 7 Portability of System and Software 29833.1~29833.3 ed GB/T Releas 146 8 Maintainability of System and Software System 29834.1~29834.3 ed GB/T Releas 147 9 Efficiency of System and Software 29835.1~29835.3 ed GB/T Releas 148 10 Usability of System and Software Standard 29836.1~29836.3 ed Releas 149 11 Embedded Software Quality Metric GB/T 30961-2014 ed Information Technology--Guide for Software Life Cycle Releas 150 12 GB/Z 18493-2001 Processes ed Manufacturing Releas 151 13 Systems Engineering - System Life Cycle Processes GB/T 22032-2008 ed 152 14 Systems Engineering―A Guide for the Application of GB/Z 31103-2014 Releas

XX Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization GB/T 22032 (System Life Cycle Processes) ed Under Guidelines 153 15 IOT Data Quality 20150046-T-469 prepara tion Under 154 16 Requirements for Multimedia Data Terms Descriptions 20141172-T-469 prepara tion Construction Under Information Technology Specification for Importing 155 17 20141204-T-469 prepara Interface of General Data tion System Under Information Technology Model of Data Provenance 156 18 20141202-T-469 prepara Descriptions tion Standard Under 157 19 Information Technology Data Quality Evaluation Index 20141203-T-469 prepara tion Under Information Technology Data Transaction Service Platform 158 20 20141200-T-469 prepara Descriptions of Transaction Data tion Manufacturing Under Information Technology Data Transaction Service 159 21 20141201-T-469 prepara Platform General Functional Requirements tion

XXI Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Under 160 22 MES Specification 2012-0532T-SJ prepara Guidelines tion Under 161 23 Management Specification of Technical Data 2012-0546T-SJ prepara tion Under 162 24 Management Specification of Product Life Cycle 2012-0547TConstruction-SJ prepara tion Under 163 25 Data Capacity Maturity Evaluation Model System20141184 -T-469 prepara tion Under

164 26 Software Assets Management Capacity MaturityStandard Model 2012-2404T-SJ prepara tion Under 165 27 Software Assets Management Implementation Guidance 2012-2405T-SJ prepara tion BE Industrial Internet Information TechnologyManufacturing—Sensor Networks —Part 301： GB/T Releas 166 1 Communication and Information Exchange: Network Layer 30269.301-2014 ed and Application Support Sublayer Technical Specifications

XXII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization for Low-Rate Wireless Sensor Networks Information Technology—Telecommunications and Guidelines Information Exchange between Systems—Local and Releas 167 2 Metropolitan Area Networks—Specific Requirements—Part GB/T 15629.3-2014 ed 3:Carrier Sense Multiple Access with Collision Detection (CSMA/CD) Access Method and Physical Layer Information Technology--Telecommunication and Releas 168 3 Information Exchange between Systems--OSI Routing GB/Z 17977Construction-2000 ed Framework Information Technology - Enhanced Communication Releas 169 4 Transport Protocol - Part 1: Specification of Simplex SystemGB/T 26241.1 -2010 ed Multicast Transport Information Technology Relayed Multicast Control Releas 170 5 GB/T 26243.1-2010 Protocol (RMCP): Part 1: Framework Standard ed Information Technology-- Sensor Networks --Part 2: Releas 171 6 GB/T 30269.2-2013 Terminology ed Information Technology Sensor Network Part 302: Communication and Information Exchange: Media Visit Releas 172 7 20120549-T-469 Control and Physical Layer Specification of Wireless Sensor ed Network for High ReliabilityManufacturing Application Information Technology―Sensor Networks―Part 501: GB/T Releas 173 8 Identification: Identifier Encoding Rules for Sensor Node 30269.501-2014 ed

XXIII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Information Technology - Telecommunications and Releas 174 9 Information Exchange Between Systems Local and GB/T 15629 Guidelines ed Metropolitan Area Networks - Specific Requirements Information Technology--Sensor Network--Part 701: Sensor GB/T Releas 175 10 Interface: Signal Interface 30269.701-2014 ed Digital Data Communication for Measurement and Control. IEC 61158, IEC Releas 176 11 Fieldbus for Use in Industrial Systems. Type 3: PROFIBUS GB/T 20540-2006 IEC SC65C 61784 ed Specification. Construction Digital Data Communication for Measurement and Control IEC 61158, IEC Releas 177 12 - Fieldbus for Use in Industrial Control Systems Type 10： GB/T 20541-2006 IEC SC65C 61784 ed PROFINET Specification System Digital Data Communication for Measurement and Control IEC 61158, IEC Releas 178 13 - Fieldbus for Use in Industrial Control Systems Type 2: GB/Z 26157-2010 IEC SC65C 61784 ed ControlNet and EtherNet/IP Specification Standard Digital Data Communication for Measurement and Control IEC 61158, IEC Releas 179 14 - Fieldbus for Use in Industrial Control Systems - Type 8: GB/Z 29619-2013 IEC SC65C 61784 ed INTERBUS Specification Industrial Communication Networks―Fieldbus IEC 61158, IEC Releas 180 15 GB/T 29910-2013 IEC SC65C Specifications―Type 20 HART specification 61784 ed Industrial CommunicationManufacturing Networks―Fieldbus IEC 61158, IEC Releas 181 16 GB/T 25105 Specifications―Type 10: PROFINET IO Specifications 61784 ed 182 17 Industrial Communication Networks―Fieldbus GB/T 29910.5-2013 IEC 62591:2010 IEC SC65C Releas

XXIV Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Specifications―Type 20 HART Specification―Part 5: ed Wireless HART Wireless Communication Network and Guidelines Communication Profile IEC 61158, IEC Releas 183 18 Industrial Ethernet Fieldbus EtherCAT GB/T 31230-2014 IEC SC65C 61784 ed GB/T Releas 184 19 Industrial Wireless Network WIA Specification IEC 62601 26790.1~26790.2 ed EPA System Architecture and Communication Specification ConstructionIEC 61158, IEC Releas 185 20 GB/T 20171-2006 IEC SC65C for Use in Industrial Control and Measurement Systems 61784 ed Ethernet POWERLINK Communication profile Releas 186 21 GB/T 27960-2011 IEC 61158 IEC SC65C Specification System ed IEC 61158, IEC Releas 187 22 Modbus - Industrial Automation Network Specification GB/T 19582-2008 IEC SC65C 61784 ed IEC 61158, IEC Releas 188 23 CC-Link ( Control & Communication Link ) SpecificationStandard GB/T 19760-2008 IEC SC65C 61784 ed Releas 189 24 PROFIBUS&PROFINET Technical ProfilePROFIdrive GB/T 25740-2013 ed Information Technology Inter-system Remote Under 190 25 Communication and Information Exchange Community 20141206-T-469 prepara Energy-saving Control NetworkManufacturing Protocol tion Information Technology Sensor Network Part 901: Under 191 26 20120550-T-469 Gateway prepara

XXV Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization tion Under Information Technology General Cabling Industrial Guidelines 192 27 20132347-T-469 prepara Building Cluster tion Information Technology Inter-system Remote Under 193 28 Communication and Information Exchange Low-voltage 20141207-T-469 prepara Power Line Communication tion Information Technology Sensor Network Part 1: Construction Under 194 29 Reference System Structure and General Technical 20091414-T-469 prepara Requirements tion Information Technology Sensor Network Part 303: System Under Communication and Information Exchange: Technical 195 30 20153381-T-469 prepara Specification of Network Layer of IP-based Wireless Sensor tion Network Standard Information Technology Sensor Network Part 305: Under 196 31 Communication and Information Exchange: Ultrasound 20150041-T-469 prepara Communication Protocol Specification tion Information Technology Sensor Network Part 401: Under 197 32 Collaborative Information Processing: Service and Interface 20100400-T-469 prepara Supporting Collaborative InformatiManufacturingon Processing tion Information Technology Sensor Network Part 502: Under 198 33 20120545-T-469 Mark: Specification of Analysis and Management of Sensing prepara

XXVI Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Node tion Under Information Technology Sensor Network Part 504: Guidelines 199 34 20153386-T-469 prepara Mark: Management Specification of Identifier tion Under Information Technology Sensor Network Part 601: 200 35 20091418-T-469 prepara Information Safety: General Technical Specification tion Information Technology Sensor Network Part 602: Construction Under 201 36 Information Safety: Technical Specification of Network 20120551-T-469 prepara Transmission Safety tion Information Technology Sensor Network Part 603: System Under 202 37 Information Safety Safety Assessment Specification of 20150039-T-469 prepara Network Transmission tion Information Technology Sensor Network Part 604: Standard Under Safety Assessment Specification of Network Layer and 203 38 20153385-T-469 prepara Application Support Sub-layer of Low Rate Wireless Sensor tion Network Under Information Technology Sensor Network Part 702: 204 39 20100398-T-469 prepara Sensor Interface: Data Interface Manufacturing tion Information Technology Sensor Network Part 801: Under 205 40 20120548-T-469 Test: General Requirements prepara

XXVII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization tion Information Technology Sensor Network Part 802: Under Guidelines 206 41 Test: Media Visit Control and Physical Layer of Low-speed 20120546-T-469 prepara Wireless Sensor Network tion Information Technology Sensor Network Part 803: Under 207 42 Test: Network Layer and Application Supporting Sub-layer 20120547-T-469 prepara of Low-speed Wireless Sensor Network tion Construction Under Information Technology Sensor Network Part 804: 208 43 20153384-T-469 prepara Test: Test Specification of Sensor Interface tion System Under Information Technology Sensor Network Part 805: 209 44 20153383-T-469 prepara Test: Test Specification of Sensor Gateway tion Information Technology Sensor Network Standard Part 806: Under 210 45 Test: Technical Specification of Consistency of Sensing 20153382-T-469 prepara Node Identification tion Information Technology Sensor Network Part 1001: Under 211 46 Intermediate Parts: Sensor Network Node Data Interaction 20100399-T-469 prepara Specification tion Information TechnologyManufacturing Inter-system Remote Under 212 47 Communication and Information Exchange Medium and 20132349-T-469 prepara High-speed Wireless LAN Media Visit Control and Physical tion

XXVIII Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Layer Specification Information Technology Inter-system Remote Guidelines Communication and Information Exchange Special Under 213 48 Requirements for LAN and MAN VLC-based 20142105-T-469 prepara Communication Media Visit Control and Physical Layer tion Specification Under IOT Reference Model of Collaborative Information 214 49 20150040Construction-T-469 prepara Processing tion Under 215 50 IOT Information Fusion Model of Perceptive Object System20150049 -T-469 prepara tion Under

216 51 IOT Information Exchange and Sharing Standard 20150042-T-469 prepara tion Under 217 52 IOT Reference System Structure 20130054-T-469 prepara tion Under 218 53 IOT Interface RequirementsManufacturing 20130055-T-469 prepara tion 219 54 Rules for the Implementation of IOT Integration Platform of 20132572-T-604 Under

XXIX Intelligent

National 2015)

Secon The corresponding(Version International Gener Standard No./Plan dary Standards international standard standardizatio Status al No. No. No. No. n organization Manufacturing Process prepara tion Guidelines Under Reference System of Intermediate Parts Platform of 220 55 20132573-T-604 prepara Manufacturing Process Material Connection tion

Construction

System

Standard

Manufacturing

XXX Intelligent

National