This standard specifies the general and professional terms for anti-counterfeiting technology. GB/T 17004-1997 Anti-counterfeiting Technology Terms GB/T17004-1997 Standard download decompression password: www.bzxz.net
This standard specifies the general and professional terms for anti-counterfeiting technology.

GB/T 17004—1997
This standard includes two parts: general terms of anti-counterfeiting technology and professional terms. Among them, the professional terms of anti-counterfeiting technology include ten technologies: anti-counterfeiting ink, anti-counterfeiting printing oil, seal anti-test, anti-counterfeiting hologram, anti-counterfeiting paper, anti-copying technology, electronic creation anti-counterfeiting technology, multimedia anti-counterfeiting technology, structural anti-counterfeiting technology and nuclear double anti-counterfeiting technology. This standard includes 38 widely used anti-counterfeiting words to meet the needs of current anti-counterfeiting work. This is obviously still incomplete. It is recommended to be revised three years after approval and implementation.
Appendix A and Appendix B of this standard are the appendices of the standard. This standard is proposed by the State Bureau of Technical Supervision. The standard is under the jurisdiction of the National Anti-Counterfeiting Label Promotion Technical Committee. The drafting units of this standard are: Beijing University of Posts and Telecommunications, Beijing Sanyou Huiguang Image Company. The main drafters of this standard are Xu Daxiong, Pei Wen, Li Qiang, Yao Ruigang, Liu Zhengcai and Du Ling. 1 Scope
National Standard of the People's Republic of China
Anti-counterfeiting technical terminology
Anti-counterfeiting technical terminology This standard specifies the general and professional terms of anti-counterfeiting technology. 2 General terms of anti-counterfeiting technology
2.1 Anti-counterfeiting
Measures to prevent fraudulent imitation or duplication without the permission of the owner. 2.2 Anti-counterfeiting techniques GB/T 17004—1997
Technology that can accurately identify the authenticity and is not easy to be imitated or copied within the specified scope in order to achieve the purpose of anti-counterfeiting. 2.3 Anti-counterfeiting technical products anti-counterfeiting technical products with anti-counterfeiting as the purpose, made by anti-counterfeiting technology, and have anti-counterfeiting function. 2.4 Anti-counterfeiting technology categories: categories divided according to the difficulty and complexity of anti-counterfeiting technology. 2.4.1 Fourth class anti-counterfeiting technology fourth class techniques General anti-counterfeiting technology.
2.4.2 Third class anti-counterfeiting technology third class techniques Technology that has been appropriately encrypted based on the original anti-counterfeiting technology. 2.4.3 Second class anti-counterfeiting technology The integrated anti-counterfeiting technology that has used various disciplines and has been appropriately encrypted. First class anti-counterfeiting technology first class techniques 2.4.41
Uses anti-counterfeiting technology that is extremely difficult to imitate.
2.5 Anti-counterfeiting capability grade The durability and reliability of the function of identifying authenticity and preventing counterfeiting. It can be evaluated according to indicators such as the difficulty of imitation of anti-counterfeiting technology, the type of anti-counterfeiting technology, the advanced level of detection means, and the minimum time to maintain anti-counterfeiting performance. The various evaluation levels can be divided into four levels: AB, C, and D. A is the highest level and D is the lowest level. 3. Anti-counterfeiting technical terminology
3.1 Anti-counterfeiting inks Anti-counterfeiting inks with anti-counterfeiting properties.
3.1.1 Photosensitive anti-counterfeiting inks Inks that can emit visible light under light. 3.1.1.1 Ultraviolet fluorescent inks Under ultraviolet light (200-400nm), they can emit visible light (100-~800nm), usually referring to short-wave ultraviolet excited visible fluorescent anti-counterfeiting printing inks, the excitation wavelength is 254nm, long-wave ultraviolet excited visible light anti-counterfeiting printing inks, approved by the Guohao Technical Supervision Bureau on October 5, 1997 and implemented on May 1, 1998
The emission wavelength is 365nm.
GB/T17004—1997
3.1.1.2 Light excitation color variable inks are anti-counterfeiting printing inks that can emit visible light of 400-800nm ​​under sunlight. 3.1-1.3 Infra-red fluorescent inks are made by matching different absorption characteristics of infrared rays (700-15.00nm), and their imprints can be detected or identified by instruments.
3.7.2 Heat sensitive anti-counterfeiting inks are inks that can change color under the action of heat. They are usually divided into reversible and irreversible thermochromic anti-counterfeiting inks; the color change temperature usually refers to 34-100℃. Hand temperature color variable anti-counterfeiting oil is a type of thermochromic anti-counterfeiting ink, which refers to inks that can change color under the action of 34-36℃.
3. 1. 3 Pressure sensitive anti-counterfeiting inks Pressure sensitive inks Inks that can change color under pressure or friction. 3.1.4 Magnetic anti-counterfeiting inks Magnetic inks Anti-counterfeiting printing inks made with magnetic powder as a functional component. 3.1.5 Optical variable inks (OVI) Optical variable inks (OVI) are made with multi-layer optical film flake powder that can produce optical interference as a dispersion material. The imprint has completely different colors when the light incident angle is 90° and 30° respectively. 3.1.6 Altering-proof inks Inks that have a color-developing chemical reaction to the chemical substances used for alteration. 3-2 Anti-counterfeiting stamp inks Stamp inks with anti-counterfeiting properties.
3.2.1 UV excitation fluorescent anti-counterfeiting penetrating ink UV excitation fluorescent anti-counterfeiting stamp inks
It has anti-counterfeiting function, is injected into the stamp, can automatically seep out under appropriate pressure, and the imprint can emit fluorescence under ultraviolet light.
3.3 Stamp anti-counterfeiting The anti-counterfeiting encryption technology used in stamp making. 3.3.1 Sceret mark
According to the anti-counterfeiting needs, a confidentiality mark is made on the stamp that can be visually inspected and inspected by special equipment and can be displayed on the seal. 3. 3.2 Trigger code The password information sown inside and outside the stamp when the stamp is used, and can only be displayed after physical or chemical triggering. 3.4 Holographic anti-counterfeiting technology Holographic anti-counterfeiting technology with anti-counterfeiting function.
3.4.1 Holographic platemaking technology: technology that uses the principles of holography to make holographic masters. Including rainbow holographic technology, light information processing and optical transformation technology, color excavation and multi-channel technology, computer holography technology and pulse holography technology. For example, rainbow holography, three-stage multicolor, achromatic, true color hologram, computer-generated hologram, etc. 3.4.2 Multiple technologies: technology that reprints on holographic products, or uses non-personal holographic technology to make special effect graphics (mass replication through holographic molding technology) during holographic platemaking.
Including the application of various anti-counterfeiting inks and self-detection technology for opening, and other technologies that can be applied to holographic bottles (photoresist plates or nickel plates) and can be used for batch image transfer through molding technology. 3.4.3 Material technology or transfer technology GB/T 17004—1997
Technology that uses special materials (such as paper or special coating, etc.) as the substrate, or uses special replication to produce holograms. 3.5 Anti-counterfeiting paper Paper with anti-counterfeiting properties.
3.5.1 Watermark paper
Paper with embossed, see-through, touchable images, barcodes, etc. made by a casting machine. 3.5.21
Chemical watermark paper Watermark paper made by printing chemical substances on paper. 3.5.3. Super thin paper
The paper with different colors on the surface, which can be used to prevent the erasure of numbers or signatures, is also called low-strength paper. 3. 5.4 Anti-counterfeiting paper is a small disc, particle, fiber, ribbon, hologram, translucent narrow strip with text, etc. with anti-counterfeiting effect added or coated in the paper.
3.6 Anti-copying technology Anti-copying technology Technology to prevent copying and duplication by copying. 3.7
Electronic composition anti-counterfeiting technology Electronic composition anti-counterfeiting technology Technology to use electronic composition system to obtain extremely complex and high-resolution line patterns and microtext that cannot be made by humans. 3.8 Multimedia anti-counterfeiting technology Multimedia anti-counterfeiting techniques are multimedia technologies with anti-counterfeiting performance.
For example: special magnetic cards, shape bar codes, C cards, optical cards, computer anti-counterfeiting systems, etc. 3.9 Structural anti-counterfeiting techniques: adopting some special design in the design and manufacture of products to ensure the authenticity of the products. Including mechanical anti-counterfeiting technology, packaging anti-counterfeiting technology, etc. 3-10 Nucleus double card anti-counterfeiting technology: using microscopic particles such as atomic nuclei as carriers, and assigning the random information they carry to anti-counterfeiting identification cards and fraud detection cards respectively, and combining the two to distinguish the authenticity.
Material technology or transfer technology
Ultra-thin paper
Trigger password·
Magnetic anti-grease device
First category anti-counterfeiting technology-
Second category anti-counterfeiting technology.
First category anti-counterfeiting technology
Fourth category anti-counterfeiting technology
Electronic creation anti-counterfeiting technology.·
Multimedia anti-counterfeiting technology
Printing technology
Anti-copying technology
Anti-alteration and anti-oil cover
Anti-counterfeiting technology:
Anti-counterfeiting technology products
Anti-counterfeiting technology categories
Anti-counterfeiting embedded objects
Anti-counterfeiting strength
Anti-counterfeiting information technology·
Anti-counterfeiting printing ink·
Anti-counterfeiting oil…
GB/T 170041997
Appendix A
(Appendix to the standard)
Chinese index
Anti-counterfeiting paper
Photosensitive anti-counterfeiting ink
Optically variable anti-counterfeiting ink
.2.4.2
Infrared anti-counterfeiting ink
Chemical watermark paper
Structural anti-damage technology
Holographic uniform technology
Thermal sensitive anti-counterfeiting ink:
Sunlight-excited color-changing ink
Watermark paper
Pressure-proof anti-counterfeiting ink
Seal anti-counterfeiting...
Nuclear effect card anti-counterfeiting technology
Ultraviolet excited fluorescent anti-counterfeiting penetrating ink
Ultraviolet fluorescent ink
3. 1. 1. 3
3. 1. 1.1
altering-proof inks
anti-copying lechniques
anti-rounterfeiting
anti-counterfeiting capahility grade.anti counterfeiting cmbedmcntanti-counterfeiting inks
anti-counterfeiting paper
anti-counterfeiting stamp inksHnti-tuunterfeiting technical productsanti- counterfeiting techniquesGB/T 17004—1997
Appendix B
(Standard Appendix)
English Index
classifications of aiti counturfeiting trchniqucsrhemical watermark papei
electronic emposition anti-cpunterfeiting lechniyuesF
lirst class techniyues
four th elass tcchniques | |tt | mark
stamp unti-counterfeiting
structural anti-counterfeiting tcchniqutssunlight excitation color variablc inkssuper thin paper
third cfaxs terhniques
triggcr code
tlira-violet fluorescent inksUV excitation fluorescenl anti-counterfeiting permeating stamp inksw
watermark p ajer
.... 2.4.2
3. 1. 1. 19 Structural anti-counterfeiting techniques Structural anti-counterfeiting techniques adopt a special design in the design and manufacture of products to ensure the authenticity of the products. Including mechanical anti-counterfeiting techniques, packaging anti-counterfeiting technologies, etc. 3-10 Nucleus double card anti-counterfeiting techniques Nucleus double card anti-counterfeiting techniques use microscopic particles such as atomic nuclei as carriers, and assign the random information they carry to anti-counterfeiting identification cards and fraud detection cards respectively, so as to distinguish the authenticity of the technology.
Material technology or transfer technology
Ultra-thin paper
Trigger password·
Magnetic anti-grease device
First category anti-counterfeiting technology-
Second category anti-counterfeiting technology.
First category anti-counterfeiting technology
Fourth category anti-counterfeiting technology
Electronic creation anti-counterfeiting technology.·
Multimedia anti-counterfeiting technology
Printing technology
Anti-copying technology
Anti-alteration and anti-oil cover
Anti-counterfeiting technology:
Anti-counterfeiting technology products
Anti-counterfeiting technology categories
Anti-counterfeiting embedded objects
Anti-counterfeiting strength
Anti-counterfeiting information technology·
Anti-counterfeiting printing ink·
Anti-counterfeiting oil…
GB/T 170041997
Appendix A
(Appendix to the standard)
Chinese index
Anti-counterfeiting paper
Photosensitive anti-counterfeiting ink
Optically variable anti-counterfeiting ink
.2.4.2
Infrared anti-counterfeiting ink
Chemical watermark paper
Structural anti-damage technology
Holographic uniform technology
Thermal sensitive anti-counterfeiting ink:
Sunlight-excited color-changing ink
Watermark paper
Pressure-proof anti-counterfeiting ink
Seal anti-counterfeiting...
Nuclear effect card anti-counterfeiting technology
Ultraviolet excited fluorescent anti-counterfeiting penetrating ink
Ultraviolet fluorescent ink
3. 1. 1. 3
3. 1. 1.1 | counterfeiting techniquesGB/T 17004—1997
Appendix B
(Standard Appendix)
English Index
classifications of aiti counturfeiting trchniqucsrhemical watermark papeiWww.bzxZ.net
electronic emposition anti-cpunterfeiting lechniyuesF
lirst class techniyues
four th elass tcchniques | |tt | mark | ajer
.... 2.4.2
3. 1. 1. 19 Structural anti-counterfeiting techniques Structural anti-counterfeiting techniques adopt a special design in the design and manufacture of products to ensure the authenticity of the products. Including mechanical anti-counterfeiting techniques, packaging anti-counterfeiting technologies, etc. 3-10 Nucleus double card anti-counterfeiting techniques Nucleus double card anti-counterfeiting techniques use microscopic particles such as atomic nuclei as carriers, and assign the random information they carry to anti-counterfeiting identification cards and fraud detection cards respectively, so as to distinguish the authenticity of the technology.
Material technology or transfer technology
Ultra-thin paper
Trigger password·
Magnetic anti-grease device
First category anti-counterfeiting technology-
Second category anti-counterfeiting technology.
First category anti-counterfeiting technology
Fourth category anti-counterfeiting technology
Electronic creation anti-counterfeiting technology.·
Multimedia anti-counterfeiting technology
Printing technology
Anti-copying technology
Anti-alteration and anti-oil cover
Anti-counterfeiting technology:
Anti-counterfeiting technology products
Anti-counterfeiting technology categories
Anti-counterfeiting embedded objects
Anti-counterfeiting strength
Anti-counterfeiting information technology·
Anti-counterfeiting printing ink·
Anti-counterfeiting oil…
GB/T 170041997
Appendix A
(Appendix to the standard)
Chinese index
Anti-counterfeiting paper
Photosensitive anti-counterfeiting ink
Optically variable anti-counterfeiting ink
.2.4.2
Infrared anti-counterfeiting ink
Chemical watermark paper
Structural anti-damage technology
Holographic uniform technology
Thermal sensitive anti-counterfeiting ink:
Sunlight-excited color-changing ink
Watermark paper
Pressure-proof anti-counterfeiting ink
Seal anti-counterfeiting...
Nuclear effect card anti-counterfeiting technology
Ultraviolet excited fluorescent anti-counterfeiting penetrating ink
Ultraviolet fluorescent ink
3. 1. 1. 3
3. 1. 1.1 | counterfeiting techniquesGB/T 17004—1997
Appendix B
(Standard Appendix)
English Index
classifications of aiti counturfeiting trchniqucsrhemical watermark papei
electronic emposition anti-cpunterfeiting lechniyuesF
lirst class techniyues
four th elass tcchniques | |tt | mark | ajer
.... 2.4.2
3. 1. 1. 1anti counterfeiting cmbedmcntanti-counterfeiting inks
anti-counterfeiting paper
anti-counterfeiting stamp inksHnti-tuunterfeiting technical productsanti-counterfeiting techniquesGB/T 17004—1997
Appendix B
（ Standard appendix)
English index
classifications of aiti counturfeiting trchniqucsrhemical watermark papei
electronic emposition anti-cpunterfeiting lechniyuesF
lirst class techniyues
fourth elass tcchniques
heating color variable inks
holographic anti counterfeiting techniqucshologiaphic mastering
infra-red Iluarescent ink.
light sesitive inks
magnetic inks
materils ard transfer teehnigues3. 1. 6
3. 1. 1. 3
GB/T 17004... 1997
multi-media anti-counterfeiting techniques multiple techniqucs
nuclear double card anti-counterfeiting tcchniqueso
optical variable inks(OVI)
Pressure sensitive inks||tt ||second class tcchniques
secret mark
stamp unti-counterfeiting
structural anti-counterfeiting tcchniqutssunlight excitation color variablc inkssuper thin paper
third cfaxs terhniques
triggcr code
tlira-violet fluorescent inksUV excitation fluorescenl anti-counterfeiting permeating stamp inksw
watermark pajer
.... 2.4.2
3. 1. 1. 1anti counterfeiting cmbedmcntanti-counterfeiting inks
anti-counterfeiting paper
anti-counterfeiting stamp inksHnti-tuunterfeiting technical productsanti-counterfeiting techniquesGB/T 17004—1997
Appendix B
（ Standard appendix)
English index
classifications of aiti counturfeiting trchniqucsrhemical watermark papei
electronic emposition anti-cpunterfeiting lechniyuesF
lirst class techniyues
fourth elass tcchniques
heating color variable inks
holographic anti counterfeiting techniqucshologiaphic mastering
infra-red Iluarescent ink.
light sesitive inks
magnetic inks
materils ard transfer teehnigues3. 1. 6
3. 1. 1. 3
GB/T 17004... 1997
multi-media anti-counterfeiting techniques multiple techniqucs
nuclear double card anti-counterfeiting tcchniqueso
optical variable inks(OVI)
Pressure sensitive inks||tt ||second class tcchniques
secret mark
stamp unti-counterfeiting
structural anti-counterfeiting tcchniqutssunlight excitation color variablc inkssuper thin paper
third cfaxs terhniques
triggcr code
tlira-violet fluorescent inksUV excitation fluorescenl anti-counterfeiting permeating stamp inksw
watermark pajer
.... 2.4.2
3. 1. 1. 1
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