GB/T 39594-2020.Internet of things application specification on books publishing.
1 Scope
GB/T 39594 specifies the Internet of Things application model and Internet of Things application technology for book publishing.
GB/T 39594 is applicable to the application of Internet of Things in all aspects of book publishing.
2 Normative references
The following documents are indispensable for the application of this document. For all dated references, only the dated version applies to this document. For all undated references, the latest version (including all amendments) applies to this document.
GB/T 29261.3-2012 Information technology—Automatic identification and data collection—Technical vocabulary—Part 3: Radio frequency identification
GB/T 29768 Information technology—Radio frequency identification—800/900 MHz air interface protocol
GB/T 33745-2017 Internet of Things—Terms
ISO/IEC 18000-63 Information technology—Radio frequency identification for item management—Part 63:Parameters for air interface communications at 860 MHz to 960 MHz Type C ||
tt||3 Terms and definitions
The terms and definitions defined in GB/T 29261.3-2012 and GB/T 33745-2017 and the following terms and definitions apply to this document.
3.1
Internet of things
Through sensing devices and in accordance with agreed protocols, objects, people, systems and information resources are connected to realize intelligent service systems that process and respond to information in the physical and virtual worlds.
Note: Things refer to physical entities.
[GB/T 33745-2017, definition 2.1.1]
3.2
RF tag
Tag
Transponder
Electronic label
Code plate
A data carrier used for object or article identification, with information storage function, capable of receiving electromagnetic field modulation signals from readers and writers and returning response signals.
This standard specifies the application mode and application technology of the Internet of Things for book distribution. This standard is applicable to the application of the Internet of Things in all aspects of book distribution.

ICS35.240.40
National Standard of the People's Republic of China
GB/T39594—2020
Internet of things application specification on books publishing2020-12-14Release
State Administration for Market Regulation
National Standardization Administration
Release
2021-07-01Implementation
Foreword
This standard was drafted in accordance with the rules given in GB/T1.1-2009. This standard was proposed by the State Press and Publication Administration (National Copyright Administration). This standard is under the jurisdiction of the National Technical Committee for Standardization of Publications (SAC/TC505). GB/T39594—2020
This standard was drafted by: Beijing Institute of Graphic Communication, Fujian Xinhua Distribution (Group) Co., Ltd., and Hebei Xinhua Bookstore Co., Ltd.
Main drafters of this standard: Du Yanping, Wang Zhaohua, Dou Shuihai, Liu Guanyi, Gao Zhenqing, Zhang Yuan, Li Hongfeng, Ai Limin, Ning Yi, Tang Jiajun, Xu Guoen, Wu Ernan, Lu Zecuo, Yu Huifeng, Jin Liying, Cai Lijuan, Han Dong, Meng Xiao, Zhang Miao1
1Scope
Application specification of Internet of Things for book distribution
This standard specifies the application mode and application technology of Internet of Things for book distribution. This standard is applicable to the application of Internet of Things in all links of book distribution. Normative reference documents
GB/T39594—2020
The following documents are indispensable for the application of this document. For all dated reference documents, only the dated version applies to this document. For all undated reference documents, the latest version (including all amendments) applies to this document. GB/T29261.3-2012 Information technology Automatic identification and data collection Technical vocabulary Part 3: Radio frequency identification GB/T29768 Information technology Radio frequency identification 800/900 MHz air interface protocol GB/T33745-2017 Internet of Things Terminology
ISO/IEC18000-63 Information technology Wireless radio frequency identification for project management Part 63: Parameters for air interface communications at 860 MHz to 960 MHz Type C (Information technology Radio frequency identification for item management Part 63: Parameters for air interface communications at 860 MHz to 960 MHz Type C) 3
Terms and definitions
The terms and definitions defined in GB/T29261.3-2012 and GB/T33745-2017 and the following terms and definitions apply to this document. 3.1
Internet of Things
An intelligent service system that processes and responds to information in the physical and virtual worlds by connecting objects, people, systems and information resources through sensing devices and in accordance with agreed protocols. Note: Things refer to physical entities.
［GB/T33745-2017, Definition 2.1.1
RF tag
Radio frequency tag
Tag
Transponder
Electronic label
Electronic label
Code plate
A data carrier used for object or article identification, with information storage function, capable of receiving electromagnetic field modulation signals from a reader and returning response signals.
Note: Although "transponder" is technically the most accurate term, "tag" or "RF tag" is used in most cases. [GB/T29261.3—2012, definition 05.04.01]GB/T39594—2020
Radio frequency identification; RFID uses electromagnetic coupling or inductive coupling in the radio frequency part of the spectrum, through various modulation and coding schemes, to interact and communicate with radio frequency tags to uniquely read the identity of radio frequency tags.
[GB/T29261.3—2012. definition 05.01.01]3.4
Reader
Reader
Reader equipment
Reader
Interrogator
Interrogator
An electronic device used to obtain data from radio frequency tags and write data to radio frequency tags, usually with conflict arbitration, difference control, channel coding, channel decoding, source coding, source decoding and exchange of source data and other processes. [GB/T29261.3—2012. Definition 05.04.02] 3.5
Supercomputer
mustercomputer
A computer that can directly issue control commands and receive relevant data. 3.6
Flow-type reader
flow-typereamerreader
A fixed device installed at a certain node of a conveying device such as a conveyor belt, which has the functions of reading and writing electronic tags and communication, and can complete the reading and writing of tag information when the goods pass through
Handheld reader
handheldreader
A mobile device that can be held by a person and has the functions of reading and writing electronic tags, communication, and display 3.8
gatetype reader
Detection gate-type readerwww.bzxz.net
A fixed device installed on the inspection gate for people entering and leaving the warehouse, which has the functions of reading and writing electronic tags and communication, and can complete the reading and writing of tag information when the goods pass through.
4 Application model of Internet of Things for book distribution
Overall application model
The application model of Internet of Things technology in the logistics and information flow of book distribution supply chain is shown in Figure 1. The application of Internet of Things for book distribution is divided into 3 layers, including perception layer, data layer and service layer. Among them: a)
The perception layer uses Internet of Things technology to realize the collection of publishing, mid-market and retail data; b)
The data layer receives the data uploaded by the perception layer, and integrates and processes the Internet of Things data and other related data: c)
The service layer uses the data layer data to provide service feedback to the industry facing the application
【一
4.2 Perception layer
4.2.1 Publishing
Use pictures
Publishing information database
Outbound information
Open book sharing sub-board Sign
Two signatures
When
Health service
One pack of samples also Tuo Peng
Fax
Hospital
Ball club
Safety use
Input information
Micro table
National Day also · Extreme Blue
Position Birch Seven "Label
Weekly Book Information Database
Production Information
National Studies also Cup Grape
Chinese Sample
Product Source
By Production Information||tt| |图节救壶
位也了解清莲
發价
单书
有清包
Figure 1 Schematic diagram of the Internet of Things application model for book distribution The perception model of the Internet of Things technology in publishing is as follows: GB/T39594—2020
Market some auxiliary
Letter ten information model database
Entry rate position interest
Weekly book it Yang signature
Collection of loans
【Package it rescued the way
Shelf location management
Lake energy improvement efficiency||tt ||Digital description
According to
[Book subscript will
Store
Publisher provides the printing house with a unique identification of a single book, and the printing house writes the unique identification of a single book into the electronic label of the book: a)
When the publisher ships the book out of the warehouse, it should install the electronic label of the package on the outside of the logistics package, determine the shipping information by reading the electronic label of the book and the electronic label of the package, and send the shipping information to the consignee (such as the middleman); the publisher should upload the unique identification of the single book and the shipping information to the data layer. 4.2.2. The perception mode of Internet of Things technology in the book mid-market logistics is as follows: the mid-market trader reads the electronic tag of the book and the electronic tag of the package to obtain information and completes the consignee library; a)
Use smart shelves or handheld readers to read the electronic tags of books to complete the warehouse inventory: 1. The outbound information of books should be determined by reading the electronic tags of books and the labels of packages, and the outbound information should be sent to the consignee (such as retailers);
d) The mid-market trader should upload the book entry information, inventory information, and outbound information to the data layer. 4.2.3 Retail
The application of IoT technology in book retail is as follows: Retailers read the electronic tags of books and packages to obtain information and complete the consignee database: a)
b)
Store book retail should use IoT sensing devices: By reading the information of the electronic tags of books, readers' behavior perception is completed, at least 3
GB/T39594—2020
Three types of data, namely, the number of readers' browsing times, browsing time data, and sales data, should be collected, and the IoT technology should be used for shelf management; the collected relevant data should be uploaded to the data layer. 3Data layer
Book publishing information database
4.3.1
The book publishing information database receives the basic information of books uploaded by publishers and the corresponding unique identification of individual books and other data. 4.3.2
Book logistics information database
The book logistics information database receives the data of outbound delivery, inventory, personnel database, etc. uploaded by publishers, middlemen and retailers. 4.3.3 Book Retail Information Database
The book retail database receives data such as the number of book views, browsing time, and sales uploaded by book stores. 4.4
Service Layer
4.4.1
Publishing and Printing
Combining and analyzing IoT data with other data, providing auxiliary decision support for book publishing topic selection, reasonable printing, etc. 4.4.2 Product Circulation
Providing data services and information feedback for the refined and intelligent management of book distribution business 4.4.3 Product Tracing
Using IoT technology to track the location and current status of books in real time during the circulation process 4.4.4 Marketing
Providing data and information services for the improvement of book popularity and reader portraits. Key Application Scenarios and Equipment
5.1 Application Nodes
Covering publishing applications, logistics applications, and store applications. The enterprises involved include publishers, printing factories, middlemen, and retailers. The application nodes of the Internet of Things for book distribution are shown in Figure 2.
5.2 Business Equipment
Publisher
Office 1
Only "Logo"
Book Entry
Bank Depository
Book Mountain Library
Printing
Label Installation
Information and Entry
Pictures Out of the House
Forward Logistics
Intermediary
Pictures Entry
Inventory Management
Books Out of the Library| |tt||1 Return logistics
Retailer
Books entering the warehouse
Figure on the shelf
Sales substitution type
Books leaving the warehouse
Figure 2 Book distribution Internet of Things application nodes
Chai Zhi
GB/T39594—2020
Book distribution Internet of Things business equipment configuration is shown in Table 1. Book distribution Internet of Things business equipment application scenarios are shown in Table 2 Table 1
Book distribution IoT business equipment configuration table components
UHF electronic tag
Reader
Conveyor belt
Sensor
Wireless communication
Application scenario
Book printing
Book packaging
Book delivery
Inventory management
Store management
Electronic tags for books
Required
Figure Electronic
Tags for books
Required
Electronic
Tags for packages
Required
Table 2
Flow channel
Reader
Required
Required
Optional
Detection gate
Reader
Required
Optional
Optional
Handheld
Reader
Required
Required
Smart bookshelf
Required
Optional
Optional
Book distribution Internet of Things business equipment application scenarios table package electronic
Label
Required
Flow channel
Reader
Optional
Detection gate
Reader
Optional
Handheld||t t||Reader
Required
Required
Required
Smart bookshelf
Optional
Smart shelf
Required
Optional
Optional
Smart shelf
Optional
Smart cash register
Required
Optional
Optional
Smart cash register
Required||tt ||GB/T39594—2020
3 Technical indicators
5.3.1
Electronic tags
Electronic tags for books and packages shall meet the following technical requirementsa)
Passive ultra-high frequency electronic tags shall be used: The air interface characteristics of electronic tags shall comply with the provisions of GB/T29768 or ISO/IEC18000-63;b)
The overall size of the packaged electronic tag shall be limited to 12cm in length and 7cm in width:c
The antenna in the electronic tag shall use an omnidirectional antenna: The electronic tag must use an internationally accepted open protocol. If the relevant national agencies have formulated the corresponding open protocol, the radio frequency identification system shall comply with it:
f) The electronic tag memory to which this standard applies must have an electrically erasable programmable read-only memory (EEPROM) area that can be written with human data multiple times.
5.3.2 Reader
The electronic tag reader for books and packages shall meet the following technical requirements: a) The reader shall have the function of communicating with the host computer and transmitting data; b) The reader shall transmit to the host computer the identification code of the reader, the ID of the electronic tag, the reading time of the electronic tag and the information stored in the electronic tag;
c)
The reader shall provide two or more different interfaces, such as RS232, RS422, USB, Ethernet interface and other commonly used interfaces and various custom interfaces;
d) The speed of reading data for a single electronic tag shall not be less than 1600bit/s, and the speed of writing data for a single electronic tag shall not be less than 533bit/s;
e) The writing distance of the reader shall be kept at 40%~80% of the reading distance; f)
The channel reader and door reader in this standard must be able to normally identify the electronic tag at a moving speed of 10m/s. 5.3.3 Reading and writing distance
The reading and writing distance shall meet the following requirements:
a) The detection gate reader shall ensure a reading distance of 0.5m~5m; b) The handheld reader shall ensure a reading distance of at least 5m; c) The smart shelf reader shall ensure a reading distance of 0.5m~2m. 5.4 Publishing application
When publishing books, a unique identification shall be assigned to each book. When printing books, an electronic tag shall be installed on the book and a unique identification of each book shall be written.
5.5 Logistics Application
5.5.1 Books Entering the Warehouse
The application of Internet of Things technology in the library includes: Application scenarios: receiving goods, shelving;
Main equipment: detection gate reader, handheld reader and smart shelf; Reading object: The detection gate reader reads the electronic tag of the package. When books enter the warehouse, the handheld reader and smart shelf read the electronic tag of the package and the electronic tag of the book. The reading category depends on the specific working conditions. 6
5.5.2 Inventory management
The application of IoT technology in inventory management is as follows: Application scenario: Inventory, query:
b) Main equipment: Handheld reader and smart shelf; c)
GB/T39594—2020
Read objects: Handheld reader and smart shelf read objects including package electronic tags and book electronic tags, and the reading category depends on the working conditions;
Related requirements: The reading and writing distance requirements of handheld reader and smart shelf should meet the relevant requirements in "5.3.3 Reading and writing distance" 5.5.3 Books out of the warehouse
The application of Internet of Things technology in the out-of-warehouse of books is as follows: Application scenario: distribution, packaging and transportation; a)
b) Main equipment: smart shelves, channel readers, detection gate readers, handheld readers; Reading objects: Detection gate readers, handheld readers and smart shelves read objects including package electronic tags and book electronic tags. The channel reader reads the package electronic tags, and the reading category depends on the specific working conditions. 5.6 Store application
5.6.1
Books on the shelves
The application of Internet of Things technology in the shelving of books is as follows: a) Application scenario: building division, shelving;
b) Main equipment: handheld readers, smart bookshelves; Reading objects: Handheld readers and smart bookshelves read the book electronic tags; c)
Related requirements: Handheld readers should meet the relevant technical indicators specified in 5.3.2. Smart bookshelves should have the ability to perceive the bibliographic information stored in each shelf of the shelf in real time. 5.6.2 Shelf management
The application of Internet of Things technology in shelf management is as follows: a) Application scenario: inventory, shelving;
b): Main equipment: smart bookshelf;
Reading object: The smart bookshelf reads the electronic tag of the book c
Related requirements: The smart bookshelf should send perception information to the host computer, which should at least include the type and quantity of books; information on the wrong shelf and the out-of-stock information.
5.6.3 Behavior perception
The application of Internet of Things technology to reader behavior perception is as follows: a) Application scenario: book display, marketing activities; b) Main equipment: smart bookshelf;
c) Reading object: The smart bookshelf reads the electronic tag of the book; Related requirements: The smart bookshelf should perceive the number of times the books in the shelf have been read; the reading time of the books in the shelf. d)
5.6.4 Checkout and Cashier
The application of IoT technology in checkout and cashier includes: GB/T39594—2020
Application scenario: cashier;
Main equipment: smart cashier;
Read objects: books, personal mobile devices (such as mobile phones), RFID radio frequency cards
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