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Delivery: <= 9 days. True-PDF full-copy in English will be manually translated and delivered via email. GB/T 42474.5-2023: Safety monitoring system for vehicle transportation of explosive hazardous chemicals - Part 5: Interface protocol between vehicle devices and communication center Status: Valid
Basic dataStandard ID: GB/T 42474.5-2023 (GB/T42474.5-2023)Description (Translated English): Safety monitoring system for vehicle transportation of explosive hazardous chemicals - Part 5: Interface protocol between vehicle devices and communication center Sector / Industry: National Standard (Recommended) Classification of Chinese Standard: A91 Classification of International Standard: 13.320 Word Count Estimation: 82,836 Date of Issue: 2023-05-23 Date of Implementation: 2024-06-01 Issuing agency(ies): State Administration for Market Regulation, China National Standardization Administration GB/T 42474.5-2023: Safety monitoring system for vehicle transportation of explosive hazardous chemicals - Part 5: Interface protocol between vehicle devices and communication center---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order. ICS 13:320 CCSA91 National Standards of People's Republic of China Safety Monitoring System for Vehicle Transportation of Explosive Hazardous Chemicals Part 5: Data interface between on-board device and communication center Released on 2023-05-23 2024-06-01 Implementation State Administration for Market Regulation Released by the National Standardization Management Committee table of contentsPreface V Introduction VI 1 Scope 1 2 Normative references 1 3 Terms and Definitions 1 4 Abbreviations 2 5 Data interface composition and communication mode 3 6 General requirements 4 6:1 Communication method 4 6:2 Message data type 4 6:3 Data transmission rules 5 6:4 Message processing 5 6:5 Message Composition 7 6:6 Communication connection 9 7 Communication Protocol 11 7:1 Protocol type 11 7:2 Vehicle Device Management Protocol 13 7:3 Position/alarm protocol 17 7:4 Common Data Transmission Protocols 17 7:5 Communication Center Downlink Information Protocol 18 7:6 Communication Center Downlink Telephone Protocol 19 7:7 Vehicle Control Protocol 19 7:8 Vehicle Management Protocol 19 7:9 Information collection protocol 20 7:10 Multimedia protocol 22 7:11 Encryption protocol 23 7:12 Subcontracting messages 23 8 Data format 23 8:1 General response of on-board device 23 8:2 Communication center general response 24 8:3 In-vehicle device heartbeat 24 8:4 Supplementary transmission subpackage request 24 8:5 On-board device registration 24 8:6 On-board device registration response 25 8:7 Deregistration of in-vehicle devices 25 8:8 Vehicle Device Authentication 25 8:9 Location Information Report 25 8:10 Basic information query command 30 8:11 Parameter setting query command 33 8:12 Alarm command information data format 56 8:13 Alarm attachment upload command 67 8:14 Vehicle device upgrade 72 8:15 Externally set up instant camera command 73 Figure 1 Schematic diagram of the data interface between the vehicle-mounted device and the communication center of the safety monitoring system for the transportation of explosive hazardous chemicals 4 Figure 2 Message Structure Figure 7 Figure 3 Message body attribute format structure Figure 8 Figure 4 Position report message structure diagram 26 Table 1 Message data type 5 Table 2 Message header content 8 Table 3 Contents of message package package items9 Table 4 Message source, message type and protocol type involved11 Table 5 Data format of general response message body for vehicle-mounted devices 23 Table 6 The general response message body data format of the communication center 24 Table 7 Data format of request message body for retransmission subpackage 24 Table 8 Vehicle device registration message body data format 24 Table 9 Vehicle device registration response message body data format 25 Table 10 Vehicle Device Authentication Message Body Data Format 25 Table 11 Data format of basic location information 26 Table 12 Alarm flag definition 26 Table 13 Status bit definition 27 Table 14 Data format of location additional information item 28 Table 15 Additional Information Definition 28 Table 16 Overspeed alarm additional information message body data format 29 Table 17 Data format of additional information message body for entering and exiting area/route alarm 29 Table 18 Additional information message body data format of insufficient/excessive route driving time alarm 30 Table 19 Extended vehicle signal status bit 30 Table 20 IO status bit 30 Table 21 Query basic information data format 31 Table 22 Transparent message type definition Table 31 Table 23 Peripheral message data format for transparent transmission 31 Table 24 Peripheral ID Definition Table 31 Table 25 Peripheral status information data format 32 Table 26 Peripheral system information data format 32 Table 27 upload basic information data format 33 Table 28 Parameter setting message body data format 33 Table 29 Parameter item data format 33 Table 30 Parameter setting Definition of each parameter item 33 Table 31 Timing camera control bit definition 43 Table 32 Definition of fixed-distance camera control bit 43 Table 33 Format and definition of driver and passenger identity verification function parameters 44 Table 34 Parameter format and definition of abnormal behavior of drivers and occupants and fatigue driving state monitoring function 45 Table 35 Format and definition of driver and passenger emotion recognition function parameters 48 Table 36 Format and definition of monitoring parameters for drunk driving status of drivers and passengers 49 Table 37 Format and definition of vehicle safety monitoring parameters 49 Table 38 Format and definition of tire monitoring function parameters for vehicle self-safety monitoring 50 Table 39 Format and definition of vehicle accident prevention active safety prevention and control parameters 51 Table 40 Parameter format and definition of abnormal driving state alarm function for active safety prevention and control of vehicle accident prevention 55 Table 41 Parameter format and definition of lane change decision-making auxiliary function for active safety prevention and control of vehicle accidents 56 Table 42 Definition and description of additional parameter items 56 Table 43 Additional Information Definition Table Extension 57 Table 44 Driver and Passenger Identity Verification Alarm Information Data Format 57 Table 45 Driver abnormal behavior alarm information data format 58 Table 46 Meaning of vehicle status flags 59 Table 47 Alarm identification number data format 59 Table 48 Driver fatigue state alarm information data format 59 Table 49 Driver abnormal emotion alarm information data format 60 Table 50 Data format of driver's drunk driving status monitoring and alarm information 60 Table 51 Vehicle Safety Monitoring Alarm Information Data Format 61 Table 52 Tire condition monitoring function alarm information list format 62 Table 53 Vehicle accident prevention active prevention and control alarm information data format 63 Table 54 Abnormal driving state alarm information data format 64 Table 55 Data Format of Alarm Definition for Lane Change Decision Assisting Function 65 Table 56 Data format of physical and chemical safety monitoring alarm information for vehicle-mounted explosive hazardous chemicals 65 Table 57 Data format of vehicle-mounted explosive hazardous chemicals anti-theft security monitoring and alarm information 66 Table 58 File upload instruction data format 67 Table 59 Vehicle status data block data format 68 Table 60 Alarm attachment information data format 69 Table 61 Alarm accessory information list 69 Table 62 Attachment file information upload message data format 70 Table 63 File Code Stream Payload Packet Format Definition Table 70 Table 64 File sending complete message body data structure 71 Table 65 File upload completion message response data structure 71 Table 66 Supplementary data packet information data structure 71 Table 67 Send upgrade package message data format 72 Table 68 Response data format of vehicle device upgrade result 73 Table 69 The data format of the message body of the external set-up and instant camera instruction 73forewordThis document is in accordance with the provisions of GB/T 1:1-2020 "Guidelines for Standardization Work Part 1: Structure and Drafting Rules for Standardization Documents" drafting: This document is part 5 of GB/T 42474 "Safety Monitoring System for Vehicle Transportation of Explosive Hazardous Chemicals": GB/T 42474 has The following parts were released: --- Part 1: General technical requirements; --- Part 2: Vehicle-mounted devices; --- Part 3: Vehicle-mounted device installation; --- Part 4: Monitoring client; --- Part 5: Data interface between vehicle-mounted device and communication center; --- Part 6: Data interface between communication center and monitoring client: Please note that some contents of this document may refer to patents: The issuing agency of this document assumes no responsibility for identifying patents: This document is proposed and managed by the National Standardization Technical Committee on Hazardous Chemicals Management (SAC/TC251): This document was drafted by: The Third Research Institute of the Ministry of Public Security, Wuxi Internet of Things Industry Research Institute, Shanghai Institute of Chemical Industry Testing Co:, Ltd:, Jiangsu Yudao Data Technology Co:, Ltd:, China City Gas Association, Guangdong Hongda Shaohua Civil Explosion Co:, Ltd:, China Petroleum and Chemical Industry Federation, Shenzhen Guanghelin Technology Co:, Ltd: The main drafters of this document: Liu Caixia, Wu Mingjuan, Wang Siyi, Han Zhengping, Jiao Zhihao, Liu Jinlan, Zhang Guangshou, Cao Mengran, Zhong Heping, Li Yufei:IntroductionIn the context of promoting the implementation of the national big data strategy and accelerating the construction of a digital China, the integration of data resources and the development of open sharing will be promoted: A common direction for managing requirements and technology development: At the same time, with the rapid development of emerging technologies such as the Internet of Things and artificial intelligence, machine vision Jue and other technologies have been initially applied in the safety management of hazardous chemical vehicle transportation: GB/T 42474 "Vehicle Transport of Explosive Hazardous Chemicals "Safety Monitoring System" selected explosive hazardous chemicals with the greatest potential safety hazards and the most serious consequences of safety accidents in the transportation of hazardous chemicals by vehicle Automobile transportation, in view of the current situation of multi-departmental collaborative management of hazardous chemical transportation in my country, closely focuses on implementing the national big data strategy, utilizing Advanced technology breaks down industry barriers, promotes the integration and open sharing of explosive hazardous chemicals transportation management data resources, and promotes the development of explosive hazardous chemicals With the goal of highly coordinated safety management, it is proposed to build a cloud computing platform as the vehicle transportation safety monitoring management system for explosive hazardous chemicals: The data resource pool, relevant industry authorities and parties involved in the transportation of explosive hazardous chemicals share technical solutions for data resources based on authority, and target The deployment of the three major explosive hazardous chemical vehicle transportation safety elements of "people", "vehicles" and "things" is based on biometrics, machine vision, emotion recognition, The on-board devices of related technologies such as active safety prevention and control of automobile driving, sensor network monitoring, etc:, lead the development of the Internet of Things, cloud computing, big data, artificial intelligence, etc: The application of emerging technologies such as energy and energy in the transportation of explosive hazardous chemicals has promoted the formation of vehicles that use vehicle-mounted devices as the sensing layer of the Internet of Things to transport information: Sensing and collection, using cloud computing platform and vehicle gateway as the IoT transport layer for data communication, using cloud computing platform and B/S to monitor customers The client and mobile terminal APP are used as the application layer of the Internet of Things for data mining and intelligent collaborative management of explosive hazardous chemicals safety monitoring and early warning system, laying a technical foundation for strengthening the informatization construction of hazardous chemical transportation safety supervision and establishing a national hazardous chemical supervision information sharing platform: In order to achieve real-time tracking, comprehensive monitoring and linkage early warning of explosive hazardous chemicals transportation by vehicle, and effectively prevent serious and serious accidents in the transportation of hazardous chemicals Accidents help: GB/T 42474 "Safety Monitoring System for Vehicle Transportation of Explosive Hazardous Chemicals" is proposed to be composed of 6 parts: --- Part 1: General technical requirements: The purpose is to give the term definition of the safety monitoring system for the automobile transportation of explosive hazardous chemicals and system composition, clarify the technical requirements of the system functions, performance, operating environment, information security, reliability, etc:, and the corresponding tests methods and inspection rules: --- Part 2: Vehicle-mounted devices: The purpose is to give the vehicle-mounted device group in the safety monitoring system of explosive hazardous chemicals automobile transportation: It defines the basic requirements of each component and the specific function and performance requirements of each component unit, and stipulates the power supply requirements of vehicle-mounted devices, Electrical safety requirements, electromagnetic compatibility requirements, environmental adaptability requirements and their corresponding test methods, determine the vehicle-mounted device mark and packaging, random technical documents, transportation and storage conditions: --- Part 3: On-board device installation: The purpose is to give the vehicle-mounted device of the vehicle transportation safety monitoring system for explosive hazardous chemicals Pre-installation preparations, clarify the general installation requirements and various The specific installation requirements for the main equipment of the constituent units determine the installation acceptance method: --- Part 4: Monitoring client: The purpose is to provide monitoring customers in the safety monitoring system for explosive hazardous chemicals automobile transportation The composition and classification of terminals, and the basic requirements of monitoring terminals, industry management terminals, enterprise operation management terminals and drivers and passengers are clarified: The specific functional requirements of the monitoring client, specifying the performance requirements, information security requirements and corresponding monitoring clients of different levels: test method: --- Part 5: Data interface between the on-board device and the communication center: The purpose is to provide safety supervision for the transportation of explosive hazardous chemicals by vehicle The data interface for wireless data transmission and data exchange between the vehicle-mounted device and the communication center in the control system, and the structure of the data interface is clarified It specifies the classification of communication protocols and data formats: --- Part 6: Data interface between communication center and monitoring client: The purpose is to give the monitoring of the vehicle transportation of explosive hazardous chemicals The data interface for data transmission and data exchange between the communication center and the monitoring client in the system, specifying the composition of the data interface and Its communication mode and general requirements stipulate the data interaction process and the data format of different data interaction services: Safety Monitoring System for Vehicle Transportation of Explosive Hazardous Chemicals Part 5: Data interface between on-board device and communication center1 ScopeThis document specifies the wireless data transmission between the vehicle-mounted device and the communication center in the vehicle transportation safety monitoring system for explosive hazardous chemicals Communication interface for data exchange, including data interface composition and communication method, general requirements, communication protocol classification and data format: This document is applicable to the application of various vehicle-mounted devices and communication centers of the safety monitoring system for automobile transportation of explosive hazardous chemicals: Other dangers The safety monitoring system for motor vehicle transportation of dangerous goods can be used as a reference:2 Normative referencesThe contents of the following documents constitute the essential provisions of this document through normative references in the text: Among them, dated references For documents, only the version corresponding to the date is applicable to this document; for undated reference documents, the latest version (including all amendments) is applicable to this document: GB/T 2260 Administrative division codes of the People's Republic of China GB/T 19056-2021 Vehicle Driving Recorder GB/T 28181 Technical Requirements for Information Transmission, Exchange and Control of Networked Public Security Video Surveillance System GB/T 35735 General technical requirements for public security fingerprint identification application collection equipment GB/T 42474:1 Safety monitoring system for vehicle transportation of explosive hazardous chemicals Part 1: General technical requirements GB/T 42474:2 Safety monitoring system for vehicle transportation of explosive hazardous chemicals Part 2: Vehicle-mounted devices GA/T 1181 Application Programming Interface Specification for Security Finger Vein Recognition GA/T 1326 Security Face Recognition Application Programming Interface Specification GA/T 1486 Security Iris Recognition Application Programming Interface Specification JT/T 415-2006 Information classification and coding of road transport e-government platform JT/T 697:7 Basic Data Elements of Traffic Information Part 7: Basic Data Elements of Road Transport Information JT/T 808 Communication protocol and data format of satellite positioning system terminal for road transport vehicles JT/T 1076-2016 Technical requirements for on-board video terminals of satellite positioning systems for road transport vehicles JT/T 1159:2-2017 Beidou Compatible Satellite Positioning Module for Road Transport Vehicle Satellite Positioning System Part 2: Communication Protocol YD/T 3961 Technical Requirements for 5G Message Terminals YD/T 3989 General Technical Requirements for 5G Messages3 Terms and DefinitionsGB/T 42474:1, JT/T 697:7, JT/T 808, JT/T 1159:2-2017 and the following terms and definitions apply to this document: 3:1 During data transmission, the sending end sends a message data, and the receiving end returns a received message to the sending end after receiving the message data: A data integrity guarantee for sending the next message data when the sender receives the ACK signal ......Tips & Frequently Asked Questions:Question 1: How long will the true-PDF of GB/T 42474.5-2023_English be delivered?Answer: Upon your order, we will start to translate GB/T 42474.5-2023_English as soon as possible, and keep you informed of the progress. 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