WO2005033991A1 - 材料情報提供方法および材料情報提供システム - Google Patents
材料情報提供方法および材料情報提供システム Download PDFInfo
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- WO2005033991A1 WO2005033991A1 PCT/JP2003/012607 JP0312607W WO2005033991A1 WO 2005033991 A1 WO2005033991 A1 WO 2005033991A1 JP 0312607 W JP0312607 W JP 0312607W WO 2005033991 A1 WO2005033991 A1 WO 2005033991A1
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- information
- user
- server
- network
- presenting substance
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/02—Marketing; Price estimation or determination; Fundraising
Definitions
- the present invention is applicable to various types of plastics, paints, inks, textiles, paper, metals, etc.
- the present invention relates to a material information providing method and a material information providing system for providing a user with information on a material or the like.
- material information information on the materials (including information on products, such as material type information, manufacturer information, manufacturing history information, composition information, etc.)
- material information information on products, such as material type information, manufacturer information, manufacturing history information, composition information, etc.
- material information information on products, such as material type information, manufacturer information, manufacturing history information, composition information, etc.
- the material information obtained from the analysis is very limited and limited, and it is necessary to sufficiently separate the above-mentioned materials and products, determine the authenticity, or perform a follow-up survey. There was a problem that could not be done.
- the analysis method differs depending on the type of each material and product, and the analysis was performed individually for each vendor.Therefore, it was difficult to centrally manage information on materials and products. .
- the present invention has been made in view of the above-mentioned problems, and allows various kinds of information on materials to be included in the materials, and maintains the confidentiality of information regarding the materials included in the materials.
- Material information method that can centrally manage information on the material and can easily and reliably perform processing operations such as material and product separation, authenticity determination, and follow-up surveys And a material information provision system. Disclosure of the invention
- the present invention is a method for providing material information to a user by using a computer system in which a server and a user terminal are connected to a network, respectively, and comprises one or more elements or one or more elements.
- a computer system in which a server and a user terminal are connected to a network, respectively, and comprises one or more elements or one or more elements.
- the information on the information presenting substance contained in the material and the fluorescent light emitted by the information presenting substance are produced.
- the information on the vector and the information on the material are associated with each other and registered as a database in the storage means on the server side, and the fluorescent spectrum emitted by the information presenting substance contained in the material is provided on the user terminal side.
- Detected by the detecting means Transmitting the result of detection of the fluorescent spectrum by the detection means from the user's terminal side to the server side via a network, wherein the server transmits the fluorescence spectrum detection result from the user's terminal side via the network.
- the information about the material is specified by comparing the detection result of the fluorescent spectrum with the database, and the information about the specified material is transmitted from the server side to the user terminal side via the network, and the user terminal Wherein information on the material transmitted from the server side via a network is output.
- the information on the material includes information on the material itself (material information in a narrow sense) consisting of material manufacturing history information, type information, material manufacturer information, or composition information, as well as manufacturing history information on products using the material. And product information such as type information, shipping information, or product manufacturer information.
- the information on the information presenting substance includes the type and content of the information presenting substance.
- the information on the fluorescence spectrum includes the fluorescence peak wavelength, the fluorescence intensity, the fluorescence peak waveform, the half width of the fluorescence peak, and the time decay characteristic of the fluorescence spectrum.
- the material used for the material information providing method is composed of one or more elements or compounds thereof, and contains an information presenting substance that provides a fluorescent spectrum with information related to the material. Therefore, a wide variety of information about the material can be included in the material.
- the association between the information on the information presenting substance, the information on the fluorescent spectrum emitted by the information presenting substance, and the information on the material is known only to the setter, the association of the material contained in the material is not known. Confidentiality of the information to be obtained can be maintained.
- the server connected to the network registers verifies, and provides information to the user on material information in a single operation, so information on material can be centrally managed.
- a material information providing method for providing information on a material to a user using a computer system in which a terminal of a material maker is connected via a network, comprising one or more elements or compounds thereof. Consisting of When preparing a material containing an information-presenting substance associated with related information, the information related to the material is transmitted from the terminal of the material maker to the server via the network, and the server responds to the information related to the material. The information on the information presenting substance to be displayed and the information on the fluorescent spectrum emitted by the information presenting substance are calculated, and the information on the information presenting substance and the information on the fluorescent spectrum emitted by the information presenting substance are received.
- the information on the material is associated with each other and registered as a database in the storage unit on the server side, and the information on the information-presenting substance is transmitted from the server side to the terminal of the material maker via the network. Outputs information about the information-presenting substance sent from the server side via the network. It is preferable to.
- each material maker can register information on the material from its own terminal to the server, so that information on the material is easily and reliably provided to the user who purchased the material or a product using the material. can do.
- each material maker can obtain information on the information presenting substance contained in the material from the server, the material containing the information presenting substance can be easily and reliably produced based on the information on the information presenting substance. be able to.
- a material information providing method for providing a user with information on a material using a combination system in which a terminal of a product maker is connected via a network, wherein a product using the material is provided. It is preferable to register the information as a database from the terminal of the product maker to the storage means on the server side via the network.
- each product maker can register the information on the product in the server from its own terminal, the information on the product can be easily and reliably provided to the user who purchased the product.
- the identification information of the user is registered in advance in the storage means on the server side, and the detection result of the fluorescence spectrum by the detection means is transmitted from the user terminal side via the network.
- the user identification information is transmitted from the user terminal side to the server side via the network, and the user identification information transmitted from the user terminal side is transmitted to the server.
- information on the material is transmitted from the server side to the user's terminal side via the network only when the user's identification information is registered in advance. It is preferable to do it.
- information on materials can be provided only to users who have been registered as members or the like in advance.
- the identification information of the detection means is registered in advance in the storage means on the server side, and the detection result of the fluorescence spectrum by the detection means is transmitted from the terminal of the user to the server side via the network.
- the identification information of the detection means is transmitted from the terminal of the user to the server via the network, and the identification information of the detection means transmitted from the terminal of the user is transmitted to the server.
- the information on the material is transmitted from the server to the user's terminal via the network only if the identification information of the detection means is registered in advance as a result of the comparison with the registered identification information of the detection means. Is preferred.
- information on the material can be provided to the user only when the user uses the predetermined detection means lent or sold in advance.
- the information on the material transmitted from the server side to the user's terminal side via the network includes information on the authenticity determination of the material.
- the user can easily and reliably determine whether or not the material is genuine.
- information relating to the material transmitted from the server side to the user terminal side via the network includes authentication information indicating that the collation was performed by a predetermined authorized organization. Is preferred. According to this, the reliability of the user with respect to the information on the provided material can be improved.
- the user's terminal allows the user to select an item of information on the material that the user wants to collate, notifies the server of the selected item, and notifies the server from the user's terminal. It is preferable to check the information on the material with the database only for the items specified. According to this, the user can obtain only the information on the material desired by the user for the material containing the information presenting substance.
- the present invention is also a material information providing method in which a server and a user terminal each provide a user with information on a material using a computer system connected to a network, and the method includes one or more elements, or one or more of them.
- a material containing an information presenting substance comprising a compound of the formula (1) and associated with the information on the material
- information on the information presenting substance contained in the material and a fluorescent spectrum emitted by the information presenting substance are prepared.
- the information about the material and the information about the material are associated with each other and registered as a database in the storage means on the server side, and the server detects the detection result of the fluorescent spectrum transmitted from the user terminal side via the network. Identify material information by collating with the database And transmits to the terminal of the user information about the material through the network from the server side.
- the above-described material information providing method can be realized simply and reliably.
- the present invention also relates to a material information providing method in which a server and a user terminal each provide information on a material to a user using a computer system connected to a network, and the method includes one or more elements.
- a material containing an information presenting substance composed of such compounds and associated with information on the material the fluorescent spectrum emitted by the information presenting substance contained in the material is used by the user.
- a detection result of the fluorescent spectrum by the detecting means is transmitted from the user's terminal side to the server side via a network, and the user's terminal side
- the information on the material transmitted from the server side via the network is output.
- the above-mentioned material information providing method can be realized simply and reliably.
- the present invention is a material information providing system in which a server and a user terminal are connected to a network, respectively, and provide information on a material to a user, comprising one or more elements or compounds thereof, and When a material containing an information presenting substance associated with information on a material is produced, information on the information presenting substance is associated with information on the fluorescent spectrum emitted by the information presenting substance and information on the material.
- Storage means on the server side for registering as a database; detecting means on the terminal side of the user for detecting the fluorescent spectrum emitted by the information presenting substance contained in the material; and the fluorescent spectrum by the detecting means Of the user transmitting the detection result of the terminal from the terminal to the server via the network.
- the present invention is a server connected to a network to which a user terminal is connected, and for providing a user with information on materials to a user.
- the above-mentioned material information providing method can be realized simply and reliably.
- the present invention also relates to a user terminal-side subsystem connected to a network to which a server is connected and for providing a user with information on a material, wherein one or more elements or one or more elements thereof are provided.
- Detecting means for detecting a fluorescence spectrum emitted by an information presenting substance contained in an information presenting substance, which comprises an information presenting substance comprising the compound of the formula (1) and information relating to the material, and the detecting means Transmitting means for transmitting the detection result of the fluorescent spectrum emitted by the presentation substance to the server side via a network, and information on the material transmitted from the server side via the network.
- Output means for outputting. According to this, the material information providing method can be simply and reliably realized by installing the terminal-side subsystem at a predetermined location.
- the present invention also relates to a server-side program, which is a computer-readable storage medium comprising a computer comprising one or more elements or a compound thereof, and an information presenting substance associated with information on the material.
- Storage means for associating information on the information-presenting substance with information on the fluorescent spectrum emitted by the information-presenting substance and information on the material and registering the information as a database when the information is presented, and via a network from the user terminal side.
- Collation means for identifying information on the material by collating the detection result of the fluorescent spectrum with the database, and transmitting information on the material identified by the collation means to a user terminal via a network. Function as transmission means.
- the present invention is a computer-readable recording medium in which a server-side program is recorded, wherein the computer is made of one or more kinds of elements or their compounds, and is associated with information on materials.
- Matching means for identifying information on the material by comparing the result of detection of the fluorescence spectrum by the detecting means on the user terminal side transmitted from the user terminal side via the network with the database; Information about the material identified by the means A program for functioning as a transmitting means for transmitting to the terminal side is stored.
- the material information providing method can be realized simply and reliably.
- the present invention also relates to a program for a terminal of a user, the computer comprising:-an information-presenting substance composed of one or more kinds of elements or compounds thereof and associated with information on materials; Detecting means for detecting a fluorescent spectrum emitted by the information presenting substance contained in the material, and transmitting a detection result of the fluorescent spectrum by the detecting means to the server via a network; Transmitting means, relating to the material transmitted from the server side via a network. Function as an output means for outputting information.
- the present invention also relates to a computer-readable recording medium on which a program of a terminal of a user is recorded, wherein the computer comprises one or more elements or compounds thereof, and relates to a material.
- Detecting means for detecting a fluorescent spectrum radiated by the information presenting substance contained in the information presenting substance contained in the information associated with the information presenting substance, detecting the fluorescent spectrum by the detecting means;
- a program for functioning as transmission means for transmitting a detection result to the server side via a network, and output means for outputting information on materials transmitted from the server side via the network is recorded.
- the material information providing method can be simply and reliably realized by installing the program recorded in the recording medium on the computer on the terminal side of the user.
- FIG. 1 is an overall configuration diagram of a material information providing system according to an embodiment of the present invention.
- FIG. 2 is a hardware configuration diagram of the server in FIG.
- FIG. 3 is a hardware configuration diagram of the terminal in FIG.
- Figure 4 is a database diagram of material manufacturer ID and material manufacturer information.
- Figure 5 is a database diagram of product manufacturer ID and product manufacturer information.
- FIG. 6 is a database diagram of user ID and user information.
- FIG. 7 is a database diagram of scanner ID and scanner information.
- Fig. 8 shows the data of the material maker ID, material ID, material information, and information on the substance for which information is presented. It is a base figure.
- Figure 9 is a database diagram of product manufacturer ID, product ID, and product information.
- FIG. 10 is a flowchart showing a member registration process.
- FIG. 11 is a flowchart showing the material information registration process.
- FIG. 12 is a flowchart showing the product information registration process.
- FIG. 13 is a flowchart showing the product collation processing.
- FIG. 14 is an example of information presentation substance information, fluorescence spectrum information, and material information associated with each other.
- Figure 15 is another example.
- Fig. 16 is another example.
- This material consists of one or more elements or their compounds, and contains an information presenting substance with which information on the material is associated.
- the material examples include various plastic materials, paints, inks, fibers, metals, and the like.
- the information presenting substance is polymerized, It may be introduced by a chemical bond such as cross-linking or ionic bond, or may be an information presenting substance applied to the surface of the material.
- Such a material may be an electromagnetic wave in a predetermined wavelength range, preferably an electromagnetic wave in a wavelength range from ultraviolet to infrared, and more preferably an electromagnetic wave in a wavelength range from ultraviolet to visible light. When irradiated with an electromagnetic wave, it emits a predetermined fluorescence spectrum according to the type and content of the contained information presenting substance. Then, the information presenting substance contained in the material can be specified based on the fluorescence spectrum.
- an information presenting substance one or more elements which are not generally contained in various general-purpose materials, or compounds thereof (oxides, sulfides, organic oxides, etc.) are preferable. .
- elements from element number 31 to element number 88 preferably lanthanide elements, more preferably neodymium (Nd), promethium (Pm ), Samarium (Sm), europium (Eu), gadolinium (Gd), terbium (Tb), and holmium (Ho) are preferably used in one kind or in a combination of two or more kinds.
- Nd neodymium
- Pm promethium
- Sm Samarium
- Eu europium
- Gd gadolinium
- Tb terbium
- Ho holmium
- These elements are hardly contained in various plastics, paints, inks, fibers, and metals, are easy to measure by spectral analysis, are economical and sanitary, and have no effect on material properties. It is preferred because it is easily available as a compound such as an oxide. It is preferable to use an information presenting substance in the form of fine particles of 10 or less.
- a single crystal to which a transition element having a 3d orbital or a rare earth element having a Z and 4f orbital is added, or a transition element having a 3d orbital and / or a rare earth element having a 4f orbital is used.
- Examples thereof include added glass, rare earth elements having 4 f orbitals, transition elements having 3 d orbitals, and complexes centered on rare earth elements having Z and 4 f orbitals.
- Such a suitable information presenting substance when irradiated with electromagnetic waves in a predetermined wavelength range, preferably in the wavelength range from ultraviolet to infrared, and more preferably in the wavelength range from visible light to near infrared, With the irradiation of the electromagnetic wave, it emits a line spectrum (fluorescence spectrum) with a very narrow energy width and a very high energy value. Therefore, the information presenting substance can be detected with high accuracy based on the fluorescence spectrum.
- the information presenting substance is contained in a minute amount that does not affect the intrinsic properties of the material in order to suppress the influence on the appearance and physical properties of the material.
- the minute range that does not affect the intrinsic properties of the material may vary depending on the type of material and the like, but is preferably in the range of 0.1 ppm to 100 ppm for the material (0.1 ppm and 0.1 ppm). 100 ppm, more preferably 0.5 ppm to 200 ppm (including 0.5 ppm and 100 ppm).
- the value of 0.1 ppm or more is mainly due to the relationship with the accuracy of detection currently generally used, and the value of 100 ppm or less is used for appearance and physical properties of many materials. In order not to affect.
- 0.5 pp ⁇ to 20 Oppm means that the reliability of the measurement is sufficiently ensured, the economic burden is kept low, and the influence on the intrinsic properties of the material is extremely low. This is because The information on the material (hereinafter referred to as “material information”) is not particularly limited.
- fluorescence spectrum information includes a fluorescence peak wavelength, a fluorescence intensity, a fluorescence peak waveform, a fluorescence peak half width, a time decay characteristic of a fluorescence spectrum, and the like.
- the material information is the type of material (a, b, c), and the type of material (a, b, c) and the type of information presenting substance (X, Y, ⁇ ) Corresponds to the fluorescence peak wavelength (1, ⁇ 2, ⁇ 3) emitted by the information presenting substance ( ⁇ , ⁇ , ⁇ ), and if the fluorescence peak wavelength 1, ⁇ 2, or 3 is measured,
- the material type a, b, or c can be specified.
- the material information is the material manufacturer (A, B, C), and the material manufacturer (A, B, C) and the content of the information presenting substance, ⁇ , ⁇ ) And the fluorescent intensity (i1, i2, i3) of the fluorescent peak emitted by the information presenting substance based on the content (, ⁇ , ⁇ ), the fluorescent intensity i1, i2 of the fluorescent peak If i, or i 3 is measured, manufacturer A, B, or C can be identified.
- the material information is expressed as numerical data of one or more digits corresponding to the peak wavelength and the Z or the fluorescence intensity of the fluorescent spectrum based on the type and the Z or the content of the information presenting substance. May be used.
- the material information is numerical data of multiple digits, and each digit is the wavelength (1, ⁇ 2) of the fluorescence spectrum based on the type of the information presenting substance ( ⁇ , ⁇ , ⁇ ). , ⁇ 3) and each digit corresponds to the fluorescence intensity (il, i2, i3) based on the content of the information presenting substance, the wavelength of the fluorescence spectrum! If the fluorescence intensities i 1, i 2 and i 3 at 1, 2 and 13 are measured, it is material information. Numerical data can be specified.
- the numerical data has barcode-like information, and various information can be easily included in the material.
- various information can be easily included in the material.
- more information can be easily included in the material.
- ID numbers ID cards that are extremely effective in preventing forgery can be made.
- the fluorescence intensity is multiplied by 10 and rounded to be used as numerical data.
- the method for containing the information presenting substance in the material is not particularly limited, and may be a method according to the type of the material or the information presenting substance.
- the material is plastic, dry blending using a drum tumbler or the like, direct molding, compounding using an industrial mixer, compounding or molding using an internal mixer or a heating roll are implemented. There is a method to do it. In addition, it may be used after being made into a master batch.
- a fatty acid amide, a fatty acid metal salt, or a fatty acid ester may be used as a lubricant in order to ensure uniform distribution and dispersion.
- each information presenting substance may be contained separately in the material, or each information presenting substance may be contained simultaneously in the material.
- FIG. 1 is an overall configuration diagram of the material information providing system.
- (1) is a server that provides information on materials
- (2) is a terminal device provided at the material manufacturer
- (3) is a terminal device provided at the product manufacturer
- (4) is a user.
- (5) is connected to the user terminal (4). It is a scanner provided.
- FIG. 1 shows only one material maker and a product maker, a plurality of material maker and product maker may exist, respectively. The outline of the information provision method will be described separately for member registration processing, information presenting substance information and fluorescence spectrum information registration processing, material information registration processing, product information registration processing, and material collation processing.
- a material maker who wishes to use the system registers information about the material maker such as the corporate name (hereinafter referred to as material maker information) from a terminal (2) to a server (1) via a network.
- Member registration is performed by obtaining the ID of the material maker (hereinafter referred to as the material maker ID) from the server (1) via the network.
- the material maker ID and the material maker information are registered in the server (1) in a state where they are associated with each other, as shown in FIG.
- a product maker wishing to use the system registers information about the product maker such as a corporate name (hereinafter referred to as “product maker information”) from a terminal (3) via a network to a server (1).
- Member registration is performed by obtaining an ID (hereinafter referred to as “product maker ID”) for the product from the server (1) via the network.
- product maker IDs and product maker information are registered in the server (1) in a state where they are associated with each other, as shown in FIG.
- a user who wishes to use the system registers information on a user such as a corporate name (hereinafter referred to as user information) from a terminal (4) to a server (1) via a network, and registers the information on a server (1).
- the user ID Through the network to obtain the ID of the user (hereinafter referred to as the user ID) to register as a member.
- the user IDs and user information are registered in the server (1) in a state where they are associated with each other as shown in FIG.
- the system administrator who manages the system lends a scanner (5) provided with an ID (scanner ID) to the user who has completed the member registration.
- the scanner ID is assigned to the server (1) by the system administrator in a state where the scanner ID is associated with the information on the scanner (5) (hereinafter referred to as “scanner information”) for each scanner (5). It is registered in advance.
- the material maker or the system administrator of the present system can provide information on the information presenting substance (information presenting substance information) with or without a network and provide the information presenting substance.
- Information related to the fluorescent spectrum emitted by the substance is associated with each other and registered as a database in the storage means of the server (1).
- the material maker registers the material information for the material containing the information-presenting substance from the terminal (2) to the server (1) via the network, and from the server (1) via the network. To obtain the ID of the material (hereinafter referred to as material ID). As shown in FIG. 8, the material ID and the material information are registered in the server (1) in a state where they are associated with each material maker.
- the material information includes material production history information, material manufacturer information, or composition information.
- the material maker when registering the material information in the server (1), the material maker provides information on the information presenting substance contained in the material (hereinafter referred to as information presenting substance information) from the terminal (2) to the network. Request to the server (1) via the server, and acquire information-presenting substance information from the server (1) via the network. This information-presenting substance information is registered in the server (1) in a state associated with the corresponding material ID and material information, as shown in FIG.
- the information presenting substance information includes the type and content of the information presenting substance.
- the material maker causes the material to contain one or more kinds of information presenting substances according to a predetermined method.
- the material containing the information presenting substance is shipped from the material maker to the product maker.
- the material maker registers the shipping information of the information presenting substance material as one of the material information from the terminal (2) to the server (1) via the network, and registers information on the information presenting substance actually used. (Information-presenting substance information) may be notified from the terminal (2) to the server (1) via the network.
- the product maker sends information on the product (hereinafter referred to as product information) to a terminal using the material shipped from the material maker.
- product ID an ID corresponding to the product
- product IDs and product information are stored in the server (1) in a state where they are associated with each other, as shown in FIG. Products are sold by product manufacturers to each user.
- the product information includes material ID, product manufacturer information, or product history information.
- the material information database shown in Fig. 8 can be linked to the product information database shown in Fig. 9.
- the product maker may register the sales information and the shipping information of the product as one of the product information from the terminal (3) to the server (1) via the network.
- the user emits the information presenting substance contained in the material of the product purchased from the product maker using the scanner (5) described above.
- the fluorescent spectrum is detected, and the detection result of the fluorescent spectrum is transmitted from the terminal (4) to the server (1) via the network together with the user ID and the scanner ID.
- the detection result of the fluorescence spectrum includes, for example, a fluorescence peak wavelength, a fluorescence intensity, and the like.
- the server (1) collates the user ID, scanner ID, and fluorescence spectrum detection result transmitted from the user terminal (4) via the network with the database, and the collation result, user ID, If both the scanner ID and the fluorescence spectrum detection result match the database, identify the material information (including product information) corresponding to the matched fluorescence spectrum information, and then specify the material information (including product information). To the user's terminal (4) via the network.
- a warning screen indicating that they do not match is transmitted to the terminal via the network.
- the user terminal (4) outputs the material information or the warning screen transmitted from the server (1) to an attached display for browsing by the user.
- the materials used in the method for providing material information are composed of one or more elements or their compounds, and contain information presenting substances that are associated with information on the materials. Information can be included in the material.
- the server (1) connected to the network performs the registration, collation, and provision to the user of the material information collectively, so that the material information can be centrally managed.
- the server (1), the terminals (2) (3) (4), and the scanner (5) used in the material information providing system according to this embodiment will be described.
- FIG. 2 is a hardware configuration diagram showing an electrical configuration of the server (1).
- This server (1) has a RAM (1 1) that temporarily stores information (data), a hard disk (1 2) that stores OS (Operating Systems) and various programs, and stores the above information. It has a database storage unit (13) for storing as a database, a communication circuit (14) for transmitting and receiving information (data), and a central processing unit (hereinafter referred to as CPU) (15) for controlling each unit in a comprehensive manner. It becomes.
- a central processing unit hereinafter referred to as CPU
- the CPU (15) performs overall control of each unit as described above, and performs data transfer, various calculations, and the like.
- the CPU performs a member registration process, information-presenting substance information, and fluorescence spectroscopy. It has a function to perform each process of registration information of material information, material information registration process, product information registration process, and product collation process.
- These functions are executed by the program stored in the hard disk (12), but this program may be downloaded from a network, or may be a CD_R ⁇ M or the like. May be installed from the above recording medium.
- the database storage unit (13) stores the above-mentioned material maker ID, material maker information, product maker ID, product maker information, user ID, user information, scanner ID, and scanner. It stores various information such as information, material ID, material information, information presentation material 0 quality information, fluorescent spectrum information, product ID, and product information as a database.
- Fig. 3 is a hardware configuration diagram of each terminal (2) (3) (4).
- the terminals (2), (3) and (4) consist of a RAM (521) that temporarily stores information (data and data) and a hard disk (22) that stores an OS (Operating Systems) and various programs.
- Communication circuit (23) for transmitting and receiving information (data) A display for outputting information (24), a keyboard and mouse for operating the terminal (25), a recording medium CD-ROM drive for starting up the CD-ROM (26), and overall control of each unit
- a central processing unit hereinafter referred to as a CPU) (27).
- the CPU (27) performs overall control of each unit as described above, and performs data transfer, various calculations, and the like.
- the CPU (27) has a function of performing a member registration process, a material information registration process at a material maker terminal (2), a product information registration process at a product maker terminal (3),
- the user's terminal (4) has functions for material information output processing and Z or product collation processing. These functions are executed by a program stored in the hard disk (22).
- the program may be downloaded from a network, or may be a recording medium such as a CD-RQM. It may be installed from.
- the scanner (5) emits an electromagnetic wave in a predetermined wavelength range, preferably an electromagnetic wave in a wavelength range from ultraviolet to infrared, and more preferably a wavelength in a range from visible light to near infrared with respect to the material containing the information presenting substance. It is to irradiate the area with electromagnetic waves and detect the fluorescent spectrum emitted from the information presenting substance due to the irradiation.
- the detection result of this fluorescence spectrum is transmitted from the user terminal (4) to the server (1) via the network.
- the detection results of the fluorescence spectrum include a fluorescence peak wavelength, a fluorescence intensity, a fluorescence peak waveform, a fluorescence peak half width, and a time decay characteristic of the fluorescence spectrum.
- step is abbreviated as “S”.
- FIG. 10 is a flowchart showing a material maker member registration process. Note that the member registration process of the product maker and the user is the same as the member registration process of the material maker, and a description thereof will be omitted.
- the terminal (2) of the material maker requests a screen for registering a member (hereinafter referred to as a member registration screen) from the server (1) via the network (S101).
- the server (1) transmits a member registration screen to the material maker terminal (2) via the network in response to a request from the material maker terminal (2) (S102).
- the terminal of the material maker (2) sends the material maker information such as the corporate name to the member registration screen (S103) by the terminal operator of the material maker (S103), and then sends the material maker information to the server via the network. It is transmitted to (1) (S104).
- the server (1) issues a material maker ID corresponding to the material maker information transmitted from the material maker (S105).
- the server (1) stores the material maker ID in the database storage unit (13) in association with the corresponding material maker information (S106), and then stores the material maker ID in the database storage unit (13).
- the data is transmitted to the terminal (2) of the material maker via the network (S107).
- the material maker can register the material maker information in the server (1) and obtain the material maker ID from the server (1), thereby registering the material information providing system as a member.
- the product maker or the user registers the product maker information or the user information in the server (1) in the same manner as in the above-described processing, and obtains the product maker ID or the user ID from the server A (1), respectively. Member registration of this material information providing system can be performed.
- FIG. 11 is a flowchart showing a material information registration process.
- the terminal (2) of the material maker uses a screen (hereinafter referred to as “material”) to enter material information. (Referred to as an information input screen) to the server (1) via the network (S201).
- material hereinafter referred to as an information input screen
- the server (1) transmits a material information input screen to the material maker terminal (2) via the network in response to a request from the material maker terminal (2) (S202).
- the terminal (2) of the material maker inputs the material information to the material information input screen for the material containing the information-presenting substance by the terminal operator with material abilities (S203)
- the terminal (2) of the material maker transmits the input material information to the server (1) via the network, and requests the provision of the information-presenting substance information (S204) o
- the server (1) issues a material ID corresponding to the material information transmitted from the material maker's terminal (2) (S205) and, as shown in Fig. 8, changes the material maker ID to the corresponding material ID.
- the information is stored in the database storage unit (13) in association with the information (S206).
- the server (1) calculates information presenting substance information based on a predetermined rule in response to a request of the material maker to provide the information presenting substance (S207), and as shown in FIG.
- the presenting substance and the fluorescent spectrum emitted by the information presenting substance are stored in the database storage unit (13) in association with the corresponding material ID and material information (S208).
- the server (1) transmits the material ID and the information-presenting substance information to the terminal (2) of the material maker via the network (S209).
- the terminal (2) outputs the material ID and information presenting substance information transmitted from the server (1) to the attached display (24) (S210).
- each material maker can register the material information from its own terminal (2) to the server (1), in the product collation processing described below, each material maker can register a user who has purchased a product using the material. Material information can be provided simply and reliably. Also, each The material maker can obtain the information-presenting substance information to be contained in the material from the server (1), so that the material containing the information-presenting substance can be easily and reliably produced based on the information-presenting substance information. . Materials containing this information-presenting substance are shipped from material manufacturers to product manufacturers.
- FIG. 12 is a flowchart showing a product information registration process.
- the terminal (3) of the product maker requests a screen for inputting product information (hereinafter referred to as a product information input screen) from the server (1) via a network (S301).
- the server (1) transmits a product information input screen to the product maker to the terminal (3) via the network in response to a request from the terminal (3) of the product maker (S302). After the product manufacturer's terminal (3) inputs the product information on the product information input screen by the operator of the product manufacturer (S303), the product information of the product using the material is transmitted via the network. The data is transmitted to the server (1) (S304).
- the server (1) issues a product ID corresponding to the product information transmitted from the terminal (3) of the product maker (S205), and as shown in FIG. 9, the product ID corresponds to the product ID.
- the information is stored in the database storage unit (13) in association with the product information and the material ID of the information presenting substance-containing material used in the product (S306). Then, the server (1) transmits the product ID to the terminal (3) of the product maker via the network (S307).
- the product maker since the product maker can register the product information in the server (1), it can provide the product information to the user who purchased the product in the product collation processing described later.
- FIG. 13 is a flowchart showing the product collation processing.
- the above-mentioned scanner (5) is used by the user for products purchased from product manufacturers.
- the fluorescent spectrum emitted by the information presenting substance contained in the material of the product is detected (S401).
- the user terminal (4) transmits the detection result of the fluorescence spectrum by the scanner (5) to the server (1) via the network together with the user ID and the scanner ID (S402).
- the server (1) checks the user ID transmitted from the user terminal (4) via the network with the database (S403). According to this, information on materials can be provided only to users who have been registered as members or the like in advance.
- the server (1) checks the scanner ID transmitted from the user terminal (4) via the network with the database (S404). According to this, the server (1) can provide information on the material to the user only when the user uses a predetermined scanner (4) lent or sold in advance.
- the server (1) collates the detection result of the fluorescent spectrum transmitted from the user's terminal (4) via the network with the database (S405) Q
- the server (1) transmits the material corresponding to the matched fluorescent spectrum information.
- the information and the product information are specified (S406), and the material information and the product information are transmitted to the user terminal (4) via the network (S407).
- the server (1) sends a warning screen indicating that they do not match to the user terminal (4) via the network. Send.
- the user's terminal (4) stores the material information and product sent from the server (1).
- the information or warning screen is output to the attached display (S408), and is provided for user browsing.
- a user detects a fluorescence spectrum emitted by an information presenting substance contained in the material of the product by a scanner (5), and detects the fluorescence spectrum.
- the server (1) can be provided with material information and product information on the product.
- the material maker registers the material information from the terminal (2) to the server (1) via the network, but the material maker or the system administrator registers the material information. May be directly registered in the server (1) without going through the network.
- the server (1) calculates information presenting substance information in response to a request from the material maker, and transmits the information presenting substance information, the fluorescent spectrum information radiated by the information presenting substance, and the material information transmitted by the material maker.
- the material maker or the system administrator calculates the information presenting substance information
- the material maker or the system administrator calculates the information presenting substance information and the fluorescent light emitted by the information presenting substance.
- the title information and the material information may be associated with each other and registered in the server (1).
- the product maker shall register the product information from the terminal (3) to the server (1) via the network, but the product maker or the system administrator may register the product information on the server without passing through the network. (1) You may register directly.
- the material maker sends information on the material itself to material information (material information in a narrow sense).
- the information on the information presenting substance (information presenting substance information) transmitted from the server (1) to the material maker may be a substance name or the like that directly indicates the type of the information presenting substance. It may be information that indirectly indicates the type of information presenting substance to be contained.
- the information that indirectly indicates an information presenting substance is, for example, information that specifies one of a plurality of types of information presenting substances distributed by a system operator or the like in a state where the substance name, composition, and the like are unknown. In this way, the material maker can include an appropriate information presenting substance in the material without knowing the specific composition of the information presenting substance, and the confidentiality of the information presenting substance information can be further enhanced. .
- the server (1) checks the user identification information (user ID) and the scanner identification information (scanner ID) with the database, but may not check it.
- the user terminal (4) and the scanner (5) are configured separately, but they may be configured integrally.
- the user terminal (4) may be configured as a portable terminal. According to this, the work of identifying the product (material) can be performed at any preferable place. Further, although the server (1) provides only the material information and the product information to the user, the information may include information regarding the authenticity determination of the material. According to this, the user can easily and reliably determine whether or not the material is genuine.
- the server (1) may be configured to add authentication information indicating that the collation has been performed by a predetermined authorized organization to the material information and the product information. According to this, it is possible to improve the reliability of the user with respect to the information on the provided material.
- the user terminal (4) allows the user to select an item of information on the material that the user wants to collate, notifies the selected item to the server (1), and sends the selected item to the server (1).
- the information on the material may be compared with the database only for the items notified from the user terminal (4). According to this, the user can obtain only the information on the material desired by the user for the material containing the information presenting substance.
- the material maker and the product maker register the material information and the product information in the server (1).
- one or more vendors intervening between the material maker and the product maker, and the product maker and the user may register material information and product information in the server (1) and provide the material information and product information to the user.
- the database composed of each information is registered in the database storage unit (13) provided in the server (1), but part or all of the database is stored outside the server (1). It may be registered in the storage means.
- a combination with other additional specific information may be made to correspond to the material information (including product information).
- the additional specific information may include a method in which the user separately inputs the information into the terminal (4) when detecting the fluorescence spectrum.
- material information including product information, etc.
- material information candidates are narrowed down by additional identification information, and a fluorescent spectrum is selected from the narrowed down candidates.
- Material information may be specified by torque information. This makes it possible to enrich the types of material information with respect to the types of fluorescent spectrum information.
- the terminal (4) transmits the additional specific information together with the detection result of the fluorescence spectrum.
- the information is transmitted to the server (1), and the server (1) identifies the material information corresponding to the combination of the fluorescence spectrum detection result and the additional identification information, and transmits this to the terminal (4) for output and the like. It is possible.
- the material information is associated with the fluorescent spectrum information based on the information presenting substance.
- the material may be further colored and the color may be associated with the material information. According to this, the amount of information for identifying the material (product) can be further increased.
- additional information on materials and / or products that are not stored in the server is input to the user terminal when the fluorescence spectrum information is detected, or is stored in the user terminal in advance, and the material information and the information received from the server are stored. It may be output in combination with product information. In this way, the identification can be further subdivided or the content of the output information can be enriched.
- the material information (including product information) specified in the server (1) is collated from the fluorescence spectrum detection results, and further processed. Reliability may be ensured. It is desirable that the information other than the fluorescence vector be a part of the material information for comparison with the material information specified by the server (1).
- Information other than the fluorescence spectrum includes information that can be directly seen by the user from the material (product) to be identified. Various information such as material information, product information, material ID, product ID, etc., which are described on the sticker or the like attached thereto, can be mentioned.
- the information other than such a fluorescence spectrum can be exemplified by a method in which the user separately inputs the information to the terminal (4) when detecting the fluorescence spectrum.
- the user terminal (4) receives a separate input of a part of information on the material from the user when detecting a fluorescence spectrum from the material. Then, when the user terminal (4) transmits the detection result of the fluorescence spectrum obtained from the material to the server (1), the server (1) detects the detection result of the fluorescence spectrum. The material information corresponding to the result is specified, and the material information is transmitted to the user terminal (4). At this time, the user's terminal (4) checks the material information transmitted from the server (1) with the information separately input by the user, and confirms that the two match. As a result of the comparison, if the two match, the server (1) recognizes that the specified material information is genuine, and outputs the material information to the user terminal (4).
- the collation between the material information specified from the fluorescence spectrum and the information separately input by the user may be performed in the server (1).
- the terminal (4) of the user which has separately received a part of the information on the material from the user, transmits the information on the material, which has been separately input, together with the detection result of the fluorescence spectrum to the server (1).
- the server (1) compares the material information specified from the fluorescence spectrum detection result with a part of the information on the material received from the user's terminal (4), and if they match, While the material information is transmitted to the user terminal (4), if the two do not match, a warning message or the like may be transmitted to the user terminal.
- a material information providing method and a material information providing system for providing a user with information on materials such as various types of plastics, paints, inks, fibers, papers, and metals. it can.
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Abstract
Description
Claims
Priority Applications (2)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
PCT/JP2003/012607 WO2005033991A1 (ja) | 2003-10-01 | 2003-10-01 | 材料情報提供方法および材料情報提供システム |
AU2003275537A AU2003275537A1 (en) | 2003-10-01 | 2003-10-01 | Material information providing method and material information providing system |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
PCT/JP2003/012607 WO2005033991A1 (ja) | 2003-10-01 | 2003-10-01 | 材料情報提供方法および材料情報提供システム |
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WO2005033991A1 true WO2005033991A1 (ja) | 2005-04-14 |
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PCT/JP2003/012607 WO2005033991A1 (ja) | 2003-10-01 | 2003-10-01 | 材料情報提供方法および材料情報提供システム |
Country Status (2)
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AU (1) | AU2003275537A1 (ja) |
WO (1) | WO2005033991A1 (ja) |
Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH05223748A (ja) * | 1992-02-10 | 1993-08-31 | Nec Corp | 発光性プリント基板上のフラックス残渣測定法 |
JPH09131335A (ja) * | 1995-11-08 | 1997-05-20 | Nippon Telegr & Teleph Corp <Ntt> | 個体識別方法および個体識別装置 |
WO1999017486A1 (en) * | 1997-09-30 | 1999-04-08 | Tracer Detection Technology Corp. | System and method for authentication of goods |
JP2000146839A (ja) * | 1998-11-05 | 2000-05-26 | Toshiba Corp | ガス成分濃度計測装置およびガス成分濃度計測方法 |
JP2001215193A (ja) * | 1999-11-26 | 2001-08-10 | Jeol Ltd | 顕微ラマン分光システム |
-
2003
- 2003-10-01 AU AU2003275537A patent/AU2003275537A1/en not_active Abandoned
- 2003-10-01 WO PCT/JP2003/012607 patent/WO2005033991A1/ja not_active Application Discontinuation
Patent Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH05223748A (ja) * | 1992-02-10 | 1993-08-31 | Nec Corp | 発光性プリント基板上のフラックス残渣測定法 |
JPH09131335A (ja) * | 1995-11-08 | 1997-05-20 | Nippon Telegr & Teleph Corp <Ntt> | 個体識別方法および個体識別装置 |
WO1999017486A1 (en) * | 1997-09-30 | 1999-04-08 | Tracer Detection Technology Corp. | System and method for authentication of goods |
JP2000146839A (ja) * | 1998-11-05 | 2000-05-26 | Toshiba Corp | ガス成分濃度計測装置およびガス成分濃度計測方法 |
JP2001215193A (ja) * | 1999-11-26 | 2001-08-10 | Jeol Ltd | 顕微ラマン分光システム |
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AU2003275537A1 (en) | 2005-04-21 |
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