Some standard content:
ICS35.040
National Standard of the People's Republic of China
GB/T 18127 -- 2000
Numbering and symbol marking of logistic units2000-06-09 Issued
2001-03-01 Implementation
Issued by the State Administration of Quality and Technical Supervision
GB/T18127—2000
EAN/UCCForeword
Cited standards
Characteristic description
Label format
Technical requirements
Logistic unit label bar code application identificationWww.bzxZ.net
Appendix A (Standard Appendix)
Series freight packaging box code SSCC-18
Appendix B (Suggestive Appendix) Logistic unit label example
GB/T18127—2000
This standard is equivalent to the International Article Numbering Association EAN and the United States Uniform Code Council UCC "General Specification" (General EAN/UCC Specification) Chapter 2, Section 2 "Numbering and symhal marking of Logistic Units" (Numbering and symhal marking of Logistic Units) formulated. After years of coordination, the two major international organizations, EAN and UCC, have widely solicited opinions from manufacturers, retailers, transporters and EAN member countries, and jointly published this "General Specification" in January 1999. The purpose of adopting the "Specification" equivalently to formulate this standard is to improve the technical level of my country's trade and the speed, efficiency and accuracy of my country's trade freight in the current situation of my country's gradual integration into the international economic society. In addition, it also has positive significance for my country's entry into the World Trade Organization. This standard rewrites the "Specification" in the format of "GB/T1.1-1993 Guidelines for Standardization Work Unit 1: Rules for the Origin and Expression of Standards Part 1: Basic Provisions for the Preparation of Standards", and makes changes to some technical contents. The main technical changes are as follows: 1. The term "element string" in the "Specification" is the general term for the barcode application identifier and its data content, which is actually the "barcode application identifier" in GB/T16986-1997 "Barcode Application Identification". In order to be consistent with GB/T16986, this standard uses the term "barcode application identifier" instead of "element string".
2. Reference standards have been added to this standard.
3. The definition of "human readable\" in the "Specification" has been deleted. 4. The term "logistics unit logistic unit\. 5. Chapter 7 of this standard brings together the barcode application identifications commonly used in logistics units. 6. The serial freight container code SSCC is an important part of the application of logistics units. This standard adds Appendix A (Appendix of Standard Promotion) to give a detailed introduction to the serial freight container code SSCC. Appendix A of this standard is an appendix to the standard.
Appendix B of this standard is an appendix of suggestions.
This standard is proposed and coordinated by the China Standard Promotion Research Center. The drafting unit of this standard: China Article Coding Center. The main drafters of this standard: Wen Xiangyang, Hu Jiazhang, Zhao Chen, Huang Yanbin, GB/T18127—2000
EAN/UCC Foreword
Logistics unit is a physical unit of transportation or warehousing in supply chain management. Tracking and describing logistics units in the supply chain is the main application of the EAN/UCC system. Scan the standard symbol mark marked on each logistics unit It can provide an interface for individually tracking and describing logistics units, thus facilitating a series of modern management applications such as cargo entry, transportation routes, and automatic receipt. Logistics units are identified by a standard EAN/UCC code, namely the Serial Shipping Container Code (SSCC). The structure of the SSCC ensures that its identification is unique worldwide. Attribute information, such as a consignment code, can be selectively encoded using internationally agreed data structures and barcode symbols to obtain a clear interpretation.
Logistics unit
Identification of a consignment
|Identification of a logistics unit
|Optional attributes of logistics units
1Scope
National Standard of the People's Republic of China
Coding and symbol marking of logistics units
Numbering This standard specifies the definition, identification, structure of labels and their main technical parameters of logistic units. This standard applies to the identification of logistic units in an open trade environment. 2 Reference standards
GB/T 18127-2000
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When this standard is published, the versions shown are valid. All standards will be revised, and parties using this standard should explore the possibility of using the latest versions of the following standards. GB12904--1998 Commodity barcode
GB/T12905-2000 Barcode terminology
GB/T 15425-1994 Trade unit 128 code Barcode application identification
GB/T 16986—1997
3 Definitions
In addition to the definitions in GB/T12905, this standard also specifies the following definitions. 3.1 Logistic unit
A packaging unit for transportation or storage in supply chain management. 3.2 Linking
The connection of multiple bar code application identifiers in a bar code symbol. 3.3 Data titles
Standard abbreviation of a data field.
3.4 Carrier
The entity that provides freight services.
3. 5 Customer
The entity that receives, purchases, and consumes logistics units or services. 3.6 Supplier
The entity that produces, supplies, and configures logistics units or services. 3.7 Text
The information content in the logistics unit label other than the bar code symbol. 3.8 Human translation The text content in the logistics unit label that supports manual operation, approved by the State Administration of Quality and Technical Supervision on June 9, 2000 and implemented on March 1, 2001
Description
GB/T 18127-2000
4.1 Information
The information process of the logistics unit is formed in the whole process of product manufacturing, goods distribution, sales and marketing. Each link needs information related to the physical unit. The information of the physical unit is required by the business ... 43 Barcode structure
The barcode of the physical unit is guaranteed to use GB/T15425. The format of the data supply adopts GB/T15986,
4.4 Physical unit label
If the basic information of the system unit is in the form of system fee package, the energy code 59CC is only available, see Appendix A. In the unit's quality information, I get GB15985. When the physical unit is a poor unit, it becomes a "capacity unit" at this time. 5 Label format
5-1 Label section
The physical unit label and other three areas are all in two basic forms to express the relevant information. The content is located above the label section, and the bar code is located below the label section. The frequency sequence of the label sections from top to bottom is: carrier, customer and supplier, etc. 5.1.1 Carrier Section
The carrier section is usually cleared when loading, mainly including the code of the company's loan order, the delivery code, and the relevant information of the carrier. 5.1.2 Customer Section8
The customer section is used by the supplier to receive and process orders, and needs to know the loan route, purchase order code, customer product completion route and installation information of the goods.
5.1.3. The product is confirmed at the supply point when it is packed. SSCC is the unique identification code of the logistics unit. The label is listed in B1. The product attribute information required by customers and carriers, product variants, production process, packaging date and expiration date, group number, batch number and serial number are also listed in the section. Please see Appendix 3 for labeling. The label size is: 105mmX148mm (width×height). The width of the label is usually 105mm, and the height can vary with the change of the terminal number. 6 Technical requirements
6.1 Barcode number
The barcode number on the label must comply with the provisions of GB/T15425. 6.1.1 The barcode number must be printed according to the requirements of GB/T15425. GBT1B127—2000
Multiple service codes and application identifiers can be represented in one barcode. SSCC is not allowed to be linked on a standard 105mm label. 61-2 The magnification coefficient of the two models is 0.5 to 0.84, the minimum is not less than 0.25, the minimum magnification coefficient of SSCC is 0.5, 61.3 The height of the bar is generally 27mm, the minimum is not less than 13mm, and the minimum height of the SSCC bar is 3zmm. E1.4 The white area of the room and the front area are not less than 10 resolutions. 61.5 The barcode on the label of the material unit is close to the focal point of the logistics unit. Under any circumstances, the SSCC barcode number is located at the bottom of the ticket, etc. 6-1.6 Characters for human recognition The height of the characters for human recognition shall not be less than 3mm, and shall be located at the bottom of the barcode number as required. 62 The text of the label
E-2.1 Literature and media records
The literature and media records include the name and address of the sender and recipient, company receipts, etc. The text of the label shall be clear and easy to read, and the character height shall not be less than 3mm
6-2-2 Manually transferred characters
The characters for manual transfer shall consist of the data content of the recipient, and the height of the characters for manual transfer shall not be less than 7mm. F3 base position
A logistics unit usually needs another label to be marked. The two small labels should be placed on the two adjacent bacteria. If the actual situation is not clear, at least one label should be placed on each logistics unit. 6.3.1 Logistics units with a height lower than 1m
For low-height paper boxes and other types of logistics units, the side of the label should be 32mm, and the width of the label should be no less than 19mm, as shown in Figure 2. If the logistics unit already uses EAN-13, UPC-A.11F-14 or Jinyi unit 123 service numbers, the label can be pasted on the upper barcode and cannot be replaced by the original barcode. The technical level should be kept consistent. For details, see Figure 3, j9em
Figure 2 Schematic diagram of the position of the standard logistics unit label for low-height products. -GB/T 18127--2000
Figure 3 Schematic diagram of the label position of logistics units with a height of less than 1㎡ and a barcode 6.3.2 Logistics units with a height of more than 1m
For pallets and other logistics units with a height of more than 1m, the label should be located 400mm to 800mm from the bottom of the logistics unit or the surface of the pallet, and the distance between the label and the edge of the vertical bottom surface of the logistics unit should be no less than 50mm. See Figure 4. 50mm
Figure 4 Schematic diagram of the location of the logistic unit label with a height higher than 1m 7 Logistic unit label barcode application identification
7.1 Identification of the trade unit in the logistic unit (AI02) The trade unit in the logistic unit is identified by the application identifier 02, and the barcode application identification data format is as follows:
Application identifier
Indicator
Trade unit identification code
N,N,n,N,NN,NN,niN.niNis
Check code
N1-0,1,2, *8 is the identification of the fixed-measurement trade unit. At this time, the application identifier 02 must be used together with the application identifier 37 on the same logistic unit.
N1-9 is the identification of the variable-measurement trade unit. At this time, the application identifier 02 must be used together with the application identifier 37 of the same logistic unit and a valid trade measurement. 7.2 Number of trade units in a logistics unit (A137) The number of trade units in a logistics unit is identified by application identifier 374
The barcode application identifier data format is as follows:
Application identifier
GB/T 18127—2000
Number of trade units
Variable length
Application identifier 37 must be used together with application identifier 02 on the same logistics unit. 7.3 Unit of measurement of logistics unit (AI33A.A., AI34A.A,.A135AA4, A136AA)+N.
The EAN/UCC system uses metric units of measurement and other units of measurement. Usually, only one unit of measurement should be used for a given logistics unit. The use of multiple units of measurement with the same attributes shall not prevent the correct processing of data transmission. The barcode application identification data format is as follows:
Application identifier
AA? As A.
Applicable value
NNNsN.NN.
Application identifier A,～A, where A,～A, identifies the counting unit of a logistics unit (see Table 1). Application identifier A. identifies the position of the decimal point. The number 0 indicates that there is no decimal point, the number 1 indicates that the decimal point is between N, and N, and so on. The maximum value of A is 5. Table 1
Width, diameter
Depth, float, height
Width, diameter
Width. Diameter
Width, diameter
Depth, thickness, height
Depth, float, height
Depth, thickness, height
Shipping code (AI401)
Unit of measurement of logistics unit Application identifier Definition of logistics unit measurement
Shipping code is a code assigned by the carrier or by the transporter according to agreement. Unit of measurement
square inch
square font
squareyard
cubic inch
cubic foot
cubic yard
The format of the identification number is as follows:
Application method
Supplier identification agent
GB/T181272000
Consignment code
Consignment information
Variable length
Consignment code is identified by the consignor manufacturer and implemented, and the consignment information is processed by the user. The manufacturer can identify the code GB12604
Consignment code company for individual information processing. Note: when establishing a new freight forwarding code, the first format code is 7.5 freight code (A1402). The code is a logical grouping of the physical unit for identification and transportation. It is combined with the manufacturer's identification code and the carrier's index (or loading index code or code group, etc., when the carrier allocates barcodes, the data is added in the form of identification. Application identification format, commercial information code, transportation index (double loading index code), NNNNNN, NNNN.NNN, etc. Application standard 402 can be treated as a separate information, manufacturer identification code GB1280%, technical test type, road meal code (A1403) tt||The route code is a code assigned by a carrier. The route code is composed of letters and numbers. The contents and transfers are handled by the carrier. The carrier shall give priority to the route code of the goods. In addition, a route code that has been verified by multiple parties can be used. The application identification data format is as follows:
Excess use of insurance station
Traffic station code (AT10)
Route status
Variable length
The number format is shown in GB/T16085
The recipient's postal terminal code (A1420) when the recipient and the supplier are in the same country (or region) or the number format is shown in GB/T15D357.B
7.9 The postal terminal code (A1421) of the consignee whose charging party and supplier are not in the same country (or region) is as follows: The data format of the code application identification is as follows: Used symbol
00(EAN)
o(UcC)
Additional digit
GB/T18127—2000
Sales A
(Appendix to the standard)
Series data flow packaging sales code SSCC-18
Series shipping packaging generation SSCC -18
Factory trade insurance code
Project case reference
NNNNNNN,NN.NNNNN.N
N,N,N,N,N,N,N,N,N,N,N,NuN,NuN;N,00 is the series fee extension code, for each supply packaging sales mark is added, packaging beauty, in order to increase the number of SSCC customers, by the factory that needs to establish SSCC allocation, N26~9 manufacturer identification code according to GB12904, project reference is a serial number allocated by the factory. The calculation method of the control service is the same as the calculation method of the verification service in the CB12004 general service. The following is an example of the measurement of the resistance to position (packaging deformation): American packaging system:
0 energy box
one package cream
3—unfinished text
internal use
5~g—holding
teaching service
B1 Basic logistics unit label
GB/T 18127 2000
Appendix B
(Suggestive Appendix)
Logistics unit label example
(00)006141411234567890
Figure B1 Basic logistics list label: one SSCCB2 Logistics unit label containing supplier and carrier sections FROM
7500 OLD OAK BLVD
CLEVELAND OH
44130-3369 USA
(420145438
GREAT VALUE MKTS
8163 NEW CAJUNRD
DAYTON, OHIO 45458
SHIP TO POST 45458
B/L853930
PRO 2895769860
0 0614141 123456789 0
(00)006141411234567890
Figure B2. Logistics unit label with supplier and carrier sections
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