This standard was first issued in 1997, and this is the first revision. This standard refers to the "GS1 General Specification" (Eighth Edition), and in combination with the actual application of bar codes in storage and transportation packaging commodities in my country, GB/T16830-1997 "Storage and Transportation Unit Bar Code" is revised. This standard specifies the terms and definitions, coding, bar code representation, bar code symbol size and grade requirements and bar code symbol placement for storage and transportation packaging commodities. This standard is applicable to bar code identification of storage and transportation packaging commodities. This standard replaces GB/T16830-1997. Compared with GB/T 16830-1997, the main changes of this standard are as follows: --- The name of the standard is changed from "Storage and Transportation Unit Bar Code" to "Commodity Bar Code Storage and Transportation Packaging Commodity Coding and Bar Code Representation"; --- Delete the content of GB/T 12508-1990 "Alphanumeric Character Set for Optical Recognition Part 2: Shape and Size of Printed Images of OCR-B Character Set"; --- Change the name "Consumer Unit" in the original standard to "Retail Commodity" and "Storage and Transportation Unit" to "Storage and Transportation Packaging Commodity"; --- Delete the content about the additional code ITF-6 in the original standard; --- Delete the content of Chapter 8 in the original standard; --- Chapter 7 is the content of Chapter 9 of the original standard; --- Appendix B is the content of Chapter 7 of the original standard; --- Modify Appendix A of the original standard - Added the reference to GB/T18348 "Testing of the Printing Quality of Barcode Symbols for Commodities" - Added the requirements for barcode symbol size and grade (see Chapter 6) - Added the normative Appendix B "Technical Requirements for ITF-14 Barcode Symbols" - Added the informative Appendix C "Examples of Barcodes for Storage and Transportation Packaged Commodities". GB/T 16830-2008 Commodity Barcodes Coding and Barcode Representation for Storage and Transportation Packaged Commodities GB/T16830-2008 Standard Download Decompression Password: www.bzxz.net
This standard specifies the terms and definitions, coding, barcode representation, barcode symbol size and grade requirements and barcode symbol placement for storage and transportation packaged commodities. This standard applies to barcode identification for storage and transportation packaged commodities.
This standard refers to the "GS1 General Specification" (Eighth Edition) and combines the actual application of bar codes in storage and transportation of packaged goods in China
to revise GB/T16830-1997 "Bar Code for Storage and Transportation Units".
This standard replaces GB/T16830-1997.
Compared with GB/T16830-1997, the main changes of this standard are as follows:
---The name of the standard is changed from "Storage and Transportation Unit Barcode" to "Commodity Barcode Storage and Transportation Packaging Commodity Coding and Barcode Representation";
---Delete the content of GB/T12508-1990 "Alphanumeric Character Set for Optical Recognition Part 2: Shape and Size of Printed Images of OCRB Character Set";
---Change the name of consumer unit in the original standard to retail commodity and storage and transportation unit to storage and transportation packaging commodity;
---Delete the content of additional code ITF6 in the original standard;
---Delete the content of Chapter 8 in the original standard;
---Chapter 7 is the content of Chapter 9 of the original standard;
---Appendix B is the content of Chapter 7 of the original standard;
---Modify the calculation of the check character of the 14-bit code in Appendix A of the original standard;
---Added the reference to GB/T18348 "Inspection of the Printing Quality of Commodity Barcodes and Barcode Symbols";
---Added the requirements for barcode symbol size and grade (see Chapter 6);
---Added the normative appendix BITF-14 Technical Requirements for Barcode Symbols;
---Added the informative appendix C Barcode Examples
for Storage and Transportation Packaging Commodities. Appendix A and Appendix B of this standard are normative appendices, and Appendix C is an informative appendix.
This standard is proposed and coordinated by the National Logistics Information Management Standardization Technical Committee.
Drafting unit of this standard: China Article Coding Center.
Main drafters of this standard: Zhang Chenghai, Li Sucai, Luo Qiuke, Guo Weihua, Huang Yanbin, Dong Xiaowen, Du Jingrong, Liao Quanhong, Zhang Chunyuan.
This standard was first issued in 1997, and this is the first revision.
The clauses in the following documents become the clauses of this standard through reference in this standard. For any dated referenced document, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, parties that reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For any undated referenced document, the latest version is applicable to this standard.
GB12904 Commodity barcode (GB12904-2003, ISO/IEC15420:2000, NEQ)
GB/T12905 Barcode terminology
GB/T14257 Commodity barcode symbol position
GB/T15425 EAN·UCC system 128 barcode
GB/T16829 Information technology automatic identification and data acquisition technology barcode system specification interleaved 25 barcode (GB/T16829-2003, ISO/IEC16390:1999, IDT)
GB/T16986 EAN·UCC system application identifier (GB/T16986-2003, ISO/IEC15418:1999, NEQ)
GB/T18348 Inspection of the printing quality of barcode symbols for commodity barcodes
Preface III
1 Scope 1
2 Normative references 1
3 Terms and definitions 1
4 Coding 2
4.1 Code structure 2
4.2 Code compilation 2
5 Barcode representation 2
5.1 Barcode representation of 13-digit codes 2
5.2 Barcode representation of 14-digit codes 2
5.3 Barcode representation of attribute information 3
6 Barcode symbol size and grade requirements 3
6.1 EAN/UPC barcode symbols for storage and transportation packaging products 3
6.2 ITF-14 barcode symbols for storage and transportation packaging products 3
6.3 UCC/EAN-128 barcode symbol for storage and transportation packaged goods 3
7 Barcode symbol placement 3
Appendix A (Normative Appendix) Calculation of check digit in 14-digit code for storage and transportation packaged goods 4
Appendix B (Normative Appendix) Technical requirements for ITF-14 barcode symbol 5
Appendix C (Informative Appendix) Barcode Example for Storage and Transportation Packaging Commodities 7

ICS35.040
National Standard of the People's Republic of China
GB/T16830--2008
Replaces GB/T16830—1997
Barcode for commodity
Barcode for commodity
Dispatch commodity numbering and bar code marking2008-07-16issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of ChinaStandardization Administration of the People's Republic of China
2009-01-01implemented
Normative references
3Terms and definitions
4Coding
4.1Code structure
4.2Code compilation
5Barcode representation
5.1Barcode representation of 13-bit codes
5.2Barcode representation of 14-bit codes·
5.3Barcode representation of attribute information
6Barcode symbol size and grade requirements
6.1EAN/UPC barcode symbol for storage and transportation packaging products6.2ITF-14 barcode symbol for storage and transportation packaging products
6.3 UCC/EAN-128 barcode symbol for storage and transportation packaged goods 7 Barcode symbol placement
Appendix A (Normative Appendix) Calculation of check digit in 14-digit code of storage and transportation packaged goods) Technical requirements for ITF-14 barcode symbols
Appendix B (Normative Appendix)
Appendix C (Informative Appendix)
Example of barcode for storage and transportation packaged goods
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GB/T16830—2008
GB/T16830-2008
This standard refers to the "GS1 General Specifications" (Eighth Edition), and in combination with the actual application of barcodes in storage and transportation packaged goods in my country, GB/T16830—1997 "Storage and Transportation Unit Barcode" is revised. This standard replaces GB/T16830—1997.
Compared with GB/T16830-1997, the main changes of this standard are as follows: 1. The name of the standard is changed from "Storage and Transportation Unit Barcode" to "Commodity Barcode Storage and Transportation Packaging Commodity Coding and Barcode Representation", and the reference to GB/T12508-1990 "Alphanumeric Character Set for Optical Recognition Part 2: Shape and Size of Printed Images of OCR-B Character Set" is deleted;
The name "consumer unit" in the original standard is changed to "retail commodity", and the "storage and transportation unit" is changed to "storage and transportation packaging commodity"; the additional code IT in the original standard is deleted F-6; the contents of Chapter 8 of the original standard are deleted; Chapter 7 is the contents of Chapter 9 of the original standard; Appendix B is the contents of Chapter 7 of the original standard; The calculation of the check character of the 14-bit code in Appendix A of the original standard has been modified; the contents of GB/T18348 "Inspection of the Printing Quality of Commodity Barcodes and Barcode Symbols" have been added, and the requirements for barcode symbol size and grade have been added (see Chapter 6); the normative Appendix B \ITF-14 Barcode Symbol Technical Requirements" has been added; the informative Appendix C "Examples of Barcodes for Storage and Transportation Packaging Commodities" has been added. Appendix A and Appendix B of this standard are normative appendices, and Appendix C is an informative appendix. This standard is proposed and managed by the National Technical Committee for Logistics Information Management Standardization. The drafting unit of this standard: China Article Coding Center. The main drafters of this standard: Zhang Chenghai, Li Sucai, Luo Qiuke, Guo Weihua, Huang Yanbin, Dong Xiaowen, Du Jingrong, Liao Quanhong, Zhang Chunyuan. This standard was first issued in 1997, and this is the first revision. 1 Scope
Commodity barcode
Storage and transportation packaging commodity coding and barcode representation
GB/T16830—2008
This standard specifies the terms and definitions, coding, barcode representation, barcode symbol size and grade requirements and barcode symbol placement of storage and transportation packaging commodities.
This standard applies to barcode identification of storage and transportation packaging commodities 2 Normative reference documents
The clauses in the following documents become the clauses of this standard through reference in this standard. For all dated reference documents, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, the parties who reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For all undated reference documents, the latest versions apply to this standard. GB12904 Commodity barcode (GB12904-2003, ISO/IEC15420:2000, NEQ) GB/T12905 Barcode terminology
GB/T14257 Commodity barcode symbol position
GB/T15425 EAN·UCC system 128 barcode GB/T16829 Information technology automatic identification and data collection technology barcode system specification interleaved 25 barcode (GB/T168292003, ISO /IEC16390:1999,IDT
GB/T16986EAN·UCC system application identifier (GB/T16986-2003, ISO/IEC15418:1999,NEQ)GB/T18348Product barcode Inspection of barcode symbol printing quality 3 Terms and definitions
The terms and definitions established in GB/T12905 and the following terms and definitions apply to this standard. 3.1
dispatch commodity
Storage and transportation packaged commodity
Commodities in various packages composed of one or more retail commodities for ordering, wholesale, distribution and warehousing activities. 3.2
fixed measure retail commodity
Retail commodities produced and sold according to the same specifications (type, size, weight, capacity, etc.). 3.3
variable measure retail commodity
Retail commodities sold according to basic measurement units in which the sales unit cannot be determined in advance during the retail process. 3.4
fixed measure dispatch commodity Stable storage and transportation packaged commodity composed of fixed measure retail commodities. 3.5
variable measure dispatch commodityVariable storage and transportation packaging commodity
Storage and transportation packaging commodity composed of variable retail commodities. 1
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GB/T16830—2008
4 Coding
4.1 Code structure
The coding of storage and transportation packaging commodities adopts a 13-digit or 14-digit code structure. 4.1.113-digit code structure
The code structure of 13-digit storage and transportation packaging commodities is the same as that of 13-digit retail commodities. The code structure is shown in GB12904.4 .1.214-digit code structure
The 14-digit code structure for storage and transportation packaged goods is shown in Table 1. Table 1 14-digit code structure for storage and transportation packaged goods
Packaging indicator for storage and transportation packaged goods
First 12 digits of the retail product code contained inside
XXXXXXXXxXX
4.1.2.1 Packaging indicator special check code for storage and transportation packaged goods
The first digit in the 14-digit code for storage and transportation packaged goods is the packaging indicator, which is used to indicate the different packaging levels of storage and transportation packaged goods. The value range is: 1, 2, 8, 9. Among them: 1~8 are used for quantitative storage and transportation packaged goods, and 9 is used for variable storage and transportation packaged goods. 4.1.2.2First 12 digits of the retail product code contained inside The second to thirteenth digits in the 14-digit code for storage and transportation packaged goods are the first 12 digits of the retail product code contained inside, which refers to the 12 digits of the retail product code contained in the storage and transportation packaged goods after removing the check code. 4.1.2.3 Check code
The last digit of the 14-digit code of storage and transportation packaging products is the check code. The calculation method is shown in Appendix A. 4.2 Code compilation
4.2.1 Standard modular storage and transportation packaging products
Standard modular storage and transportation packaging products are standard modular packaging products composed of multiple identical retail products. The coding of standard modular storage and transportation packaging products can use a 13-digit code different from the code of the retail products it contains. The coding method is shown in GB12904. A 14-digit code (packaging indicator is 1 to 8) can also be used. 4.2.2 Mixed and combined storage and transportation packaging products
Mixed and combined storage and transportation packaging products are standard combination packaging products composed of multiple different retail products, and the codes of these different retail products are different. Mixed and combined storage and transportation packaging products can use 13-digit codes that are different from the codes of the retail products they contain. The coding method is shown in GB12904.
4.2.3 Variable storage and transportation packaging products
Use 14-digit codes (packaging indicator is 9). 4.2.4. Storage and transportation packaging products that are also retail products are coded according to the 13-digit retail product code. For the coding method, see GB12904.5 Barcode Representation
5.1 Barcode Representation of 13-digit Code
Use EAN/UPC, ITF-14 or UCC/EAN-128 barcode to represent: - When the storage and transportation packaged goods are not retail goods, "0" should be added in front of the 13-digit code to become a 14-digit code, and use ITF-14 or UCC/EAN-128 barcode to represent. See B.1 for ITF-14 barcode and GB/T15425 for UCC/EAN-128 barcode. When the storage and transportation packaged goods are also retail goods, they should be represented by EAN/UPC barcodes, see GB12904; see C.1 for examples. 5.2 Barcode representation of 14-digit code
Use ITF-14 barcode or UCC/EAN-128 barcode: -ITF-14 barcode see Appendix B,
-UCC/EAN-128 barcode see GB/T15425. See C.2 for examples.
Barcode representation of attribute information
GB/T16830—2008
If the attribute information of storage and transportation packaged goods (such as the quantity, quality, length, etc. of the retail goods contained) needs to be identified, attribute information can be added on the basis of 13 or 14-digit code, see GB/T16986. Attribute information is represented by UCC/EAN-128 barcode, see GB/T15425. See C.3 for examples.
Barcode symbol size and grade requirements
6.1 The X size range of the EAN/UPC barcode for storage and transportation packaging products is 0.495mm~0.66mm;
The height of a barcode is GB12904;
The symbol grade is greater than or equal to 1.5/06/670.6.2 The X size range of the ITF-14 barcode symbol for storage and transportation packaging products is 0.495mm~1.016mm; the height of a barcode is greater than or equal to 32mm;
When the X size is less than 0.635mm, the symbol grade is greater than or equal to 1.5/10/670; when the X size is greater than or equal to 0.635mm, the symbol grade is greater than or equal to 0.5/20/670. See Appendix B for technical requirements.
6.3 The special x size range of the UCC/EAN-128 barcode for storage and transportation packaging products is 0.495mm~1.016mm
—the bar height is greater than or equal to 32mm
the symbol level is greater than or equal to 1.5/10/670.7 Barcode symbol volume
For the placement of barcode symbols on storage and transportation packaging products, please refer to GB/T14257. 3
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GB/T16830—2008
A.1 Code position number
Appendix A
(Normative appendix)
Calculation of the check code in the 14-digit code of storage and transportation packaging products The code position number refers to the sequence number from right to left including the check code (the code position number of the check code is 1). A2 Calculation steps
The calculation steps of the check code are as follows:
Starting from code position number 2, sum the digital codes of all even digits. a)
Multiply the sum of step a) by 3.
Starting from code position number 3, sum the digital codes of all odd digits. Add the results of step b) and step c). Subtract the unit digit of the result obtained in step d) from 10 as the value of the check code (the unit digit is 0, and the value of the check code is 0). e)
Example: The calculation of the check code C of code 0690123456789C is shown in Table A1. Table A. Calculation method of check code for 114-bit code Steps
1. Number from right to left
2. Calculate the sum of the digits in the even-numbered digits starting from sequence number 2 @
4. Calculate the sum of the digits in the odd-numbered digits starting from sequence number 3?
5.②+?-@
6. Subtract the unit digit of result ④ from 10 as the value of the check code (the unit digit is 0, the value of the check code is 0)
Digit sequence number
9+7+5+3+1+9+0=34
34×3-102
8+6+4+2+0+6=26
102+26-128
10—8-2
Check code C-2
Example
B.1 Symbol structure
Appendix B
(Normative Appendix)
Technical requirements for ITF-14 barcode symbols
GB/T16830—2008
B.1.1 The barcode character set and barcode character composition of ITF-14 barcode are interleaved two-five barcodes, see GB/T16829. B.1.2 The ITF-14 barcode consists of a rectangular protection frame, a blank area on the left, a start symbol, 7 pairs of data symbols, a terminator, and a blank area on the right. The symbol is shown in Figure B.1.
a rectangular protection frame;
left empty area:
a start symbol;
7 pairs of data symbols;
a terminator;
a right blank area.
B.2 Technical requirements
B.2.1 Dimensions
B.2.1.1 X dimension
Figure B.1 ITF-14 barcode symbol (protection frame fully printed) X dimension range is 0.495mm~1.016mm. B.2.1.2 Aspect ratio (N)
The design value of N is 2.5, and the measured value range of N is 2.255/10/670.7 Barcode symbol placement
For the placement of barcode symbols on storage and transportation packaging products, see GB/T14257.3
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GB/T16830—2008
A.1 Code position number
Appendix A
(Normative appendix)
Calculation of check code in 14-digit code of storage and transportation packaging productsThe code position number refers to the sequence number from right to left including the check code (the code position number of the check code is 1). A2 Calculation steps
The calculation steps of the check code are as follows:
Starting from code position number 2, sum the digital codes of all even digits. a)
Multiply the sum of step a) by 3.www.bzxz.net
Starting from code position number 3, sum the digital codes of all odd digits. Add the results of step b) and step c). Subtract the unit digit of the result obtained in step d) from 10 as the value of the check code (the unit digit is 0, the value of the check code is 0). e)
Example: The calculation of the check code C of the code 0690123456789C is shown in Table A1. Table A.114-digit code check code calculation method step
1. Number from right to left
2. Starting from sequence number 2, find the sum of the digits in the even positions @
4. Starting from sequence number 3, find the sum of the digits in the odd positions?
5.②+?-@
6. Subtract the unit digit of the result obtained in step ④ from 10 as the value of the check code (the unit digit is 0, the value of the check code is 0)
Digit sequence number
9+7+5+3+1+9+0=34
34×3-102
8+6+4+2+0+6=26
102+26-128
10—8-2
Check code C-2
Example
B.1 Symbol structure
Appendix B
(Normative Appendix)
Technical requirements for ITF-14 barcode symbols
GB/T16830—2008
B.1.1 The barcode character set and barcode character composition of ITF-14 barcode are interleaved two-five barcodes, see GB/T16829. B.1.2 The ITF-14 barcode consists of a rectangular protection frame, a blank area on the left, a start symbol, 7 pairs of data symbols, a terminator, and a blank area on the right. The symbol is shown in Figure B.1.
a rectangular protection frame;
left empty area:
a start symbol;
7 pairs of data symbols;
a terminator;
a right blank area.
B.2 Technical requirements
B.2.1 Dimensions
B.2.1.1 X dimension
Figure B.1 ITF-14 barcode symbol (protection frame fully printed) X dimension range is 0.495mm~1.016mm. B.2.1.2 Aspect ratio (N)
The design value of N is 2.5, and the measured value range of N is 2.255/10/670.7 Barcode symbol placement
For the placement of barcode symbols on storage and transportation packaging products, see GB/T14257.3
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GB/T16830—2008
A.1 Code position number
Appendix A
(Normative appendix)
Calculation of check code in 14-digit code of storage and transportation packaging productsThe code position number refers to the sequence number from right to left including the check code (the code position number of the check code is 1). A2 Calculation steps
The calculation steps of the check code are as follows:
Starting from code position number 2, sum the digital codes of all even digits. a)
Multiply the sum of step a) by 3.
Starting from code position number 3, sum the digital codes of all odd digits. Add the results of step b) and step c). Subtract the unit digit of the result obtained in step d) from 10 as the value of the check code (the unit digit is 0, the value of the check code is 0). e)
Example: The calculation of the check code C of the code 0690123456789C is shown in Table A1. Table A.114-digit code check code calculation method step
1. Number from right to left
2. Starting from sequence number 2, find the sum of the digits in the even positions @
4. Starting from sequence number 3, find the sum of the digits in the odd positions?
5.②+?-@
6. Subtract the unit digit of the result obtained in step ④ from 10 as the value of the check code (the unit digit is 0, the value of the check code is 0)
Digit sequence number
9+7+5+3+1+9+0=34
34×3-102
8+6+4+2+0+6=26
102+26-128
10—8-2
Check code C-2
Example
B.1 Symbol structure
Appendix B
(Normative Appendix)
Technical requirements for ITF-14 barcode symbols
GB/T16830—2008
B.1.1 The barcode character set and barcode character composition of ITF-14 barcode are interleaved two-five barcodes, see GB/T16829. B.1.2 The ITF-14 barcode consists of a rectangular protection frame, a blank area on the left, a start symbol, 7 pairs of data symbols, a terminator, and a blank area on the right. The symbol is shown in Figure B.1.
a rectangular protection frame;
left empty area:
a start symbol;
7 pairs of data symbols;
a terminator;
a right blank area.
B.2 Technical requirements
B.2.1 Dimensions
B.2.1.1 X dimension
Figure B.1 ITF-14 barcode symbol (protection frame fully printed) X dimension range is 0.495mm~1.016mm. B.2.1.2 Aspect ratio (N)
The design value of N is 2.5, and the measured value range of N is 2.25
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