信息化学物质相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
21	CHEMICAL AND PHYSICAL SENSING WITH A READER AND RFID TAGS	EP14880070.9	2014-10-30	EP3063700A2	2016-09-07	SWAGER, Timothy M.; AZZARELLI, Joseph M.; RAVNSB K, Jens Bomholdt; MIRICA, Katherine
A method of detecting a stimulus can include detecting an output from a radio frequency identification tag including a sensor. A smartphone-based sensing strategy can use chemiresponsive nanomaterials integrated into the circuitry of commercial Near Field Communication tags to achieve non-line-of-sight, portable, and inexpensive detection and discrimination of gas phase chemicals (e.g., ammonia, hydrogen peroxide, cyclohexanone, and water) at part-per-thousand and part-per-million concentrations.
22	Contained chemical substance information management system	JP2008054246	2008-03-05	JP2009211443A	2009-09-17	SASAKI KAZUHITO
<P>PROBLEM TO BE SOLVED: To efficiently collect information about chemical substances contained in a product. <P>SOLUTION: This system has: an information monitoring section 111 for detecting information about addition/update of parts to a bill of materials part information table 130 and a bill of materials part composition table 131 which are managed by a finished product manufacturer, and for extracting information on parts purchased from a customer, including the customer's ID, and part composition information; and a registered information acquisition section 110 or the like for storing, based on the above information, information for requesting a supplier to conduct investigation in a green procurement part information table 128 and a green procurement part composition table 127, while for information about parts whose information is already in the tables 128, 127, changing and registering only an investigation request flag by use of existing information in the tables, and storing parts purchased from the supplier, products composed of the parts, and information about chemical substances contained in the parts in a chemical substance information table 125. <P>COPYRIGHT: (C)2009,JPO&INPIT
23	Device for storing stereo-chemical information about chemical compounds	EP82305050.5	1982-09-24	EP0090895A2	1983-10-12	Araki, Keisuke
The structure of a compound is expressed as an atom connection table using an electronic computer. The structure is registered in a three-dimensional manner, making it possible to effect the interconversion between the atom connection table and symbols R, S that represent absolute configuration of asymmetric carbon atoms, or a, that represent directions of substitution relative to the plane the ring. Namely, in the case of a ring compound, bonded atoms in the clockwise and counterclockwise directions, and bonded atoms in the upward and downward directions of the ring are stored in the separate predetermined registers. In the case of a chain compound, bonded atoms in the right and left directions, and bonded atoms in the upward and downward directions are stored in the separate predetermined registers. On the atom connection table, therefore, the rotational directing of bonded atoms can be defined as viewed from a given direction. It is therefore possible to prepare the atom connection table reflecting the symbols in the compound name, to store three-dimensional structures of compounds, and to process and produce the data.
24	METHOD FOR PROCESSING INFORMATION ABOUT CHEMICAL SUBSTANCE	EP01912231	2001-03-09	EP1283479A4	2005-01-12	NAGASHIMA RENPEI
An information library containing information about chemical substances (named chenes ) each bringing about an interaction with a biosystem of a type out of various types, an efficient method for building such a library, and a data sharing system enabling efficient use of such a library are disclosed. A database where a chene information library is stored and maintained, a method and system for building the database by collecting information about chenes each bringing about an interaction with a biosystem of a type out of various types, a method and system enabling a client to obtain desired information by searching the thus built database, a method and system for transmitting the desired information about chenes contained in the database to the client, a physical (tangible) electronic means for recording and using such a system and a database, and a device for building and searching such a database and/or transmitting desired information to the client are also disclosed.
25	System for supporting provision of chemical material risk information	JP2001276553	2001-09-12	JP2003085441A	2003-03-20	NAKAMURA MARIKO; TAKEI YUICHIRO; KATO TADASHI
PROBLEM TO BE SOLVED: To provide a user with the proper risk information of chemical materials to an inquiry about the chemical materials from the user. SOLUTION: Question and answer patterns as the combinations of the respective questions and answers to the questions are stored in a question and answer pattern data base 11. Pieces of risk information of the chemical material corresponding to the respective question and answer patterns which is stored in the question and answer pattern data base 11 are stored in a chemical material risk information data base 12. A processing part 13 checks whether a question and answer pattern which is included in the inquiry from the user is stored in the question and answer data base 11 and when it is stored, extracts the risk information corresponding to the question and answer pattern from the chemical material risk information data base 12 and transmits it to the terminal 2 of the user. COPYRIGHT: (C)2003,JPO
26	METHOD FOR PROCESSING INFORMATION ABOUT CHEMICAL SUBSTANCE	EP01912231.6	2001-03-09	EP1283479A1	2003-02-12	NAGASHIMA, Renpei
This invention provides information libraries of chemical substances (referred to as "chenes") which interact with various biological systems. Also, disclosed are efficient methods to construct such libraries and data sharing systems which enable efficient utilization of such libraries. Furthermore, this invention provides databases which accommodate and maintain information libraries relative to such chenes; methods and systems to construct such databases by accumulating those pieces of information which concern chenes interacting with various biological systems; methods and systems to enable a client to obtain desired information by searching the constructed databases; methods and systems to transmit to such a client the desired pieces of information concerning chenes that are housed in such database; tangible electronic means to record and make use of such systems and database; and an apparatus to enable construction and search of such database and/or transmission of desired information to such a client.
27	Method, system and apparatus for handling information on chemical substances	US09804078	2001-03-13	US06907350B2	2005-06-14	Renpei Nagashima
This invention provides libraries of information on chemical substances (which are termed “chenes”) as they interact with various biological systems, efficient methods to construct such libraries, and data sharing systems which enable efficient utilization of such libraries. Furthermore, this invention provides data bases which accommodate and maintain libraries of information relative to such chenes, methods and systems to construct such data bases by accumulating those pieces of information which concern chenes as they interact with various biological systems, methods and systems to enable a client to search through such construed data bases for desired information, methods and systems to transmit to such a client such desired pieces of information concerning chenes that are housed in such data bases, tangible electronic means to record and make use of such systems and data bases, and apparatus to enable construction and search of such data bases and/or transmission of desired information to such a client.
28	Evaluation system of contained chemical substance collection information	JP2011265344	2011-12-02	JP2013117886A	2013-06-13	KASE KAZUO
PROBLEM TO BE SOLVED: To provide an evaluation system capable of accurately and quickly determining whether or not a product or an assembled component is the one requiring notification on REACH rules and others, even when a component whose contained chemical substance information is not yet collected exists in the product or the assembled component.SOLUTION: An evaluation system sums at least one of a content or a percentage content of chemical substances to be regulated of components for which responses of contained chemical substances are obtained among components, for each chemical substance, for all or a part of the chemical substances on the basis of information converted into data and stored in storage means. The system calculates a drawing number collection ratio which is a ratio of the number of components for which the responses are obtained to the total number of components. The system calculates a weight collection ratio which is a ratio of the total weight of the components for which the responses are obtained to the total weight of a component aggregate. The system displays: at least one of the content and the percentage content of the chemical substances; the drawing collection ratio; and the weight collection ratio.
29	Method, system and apparatus for handling information on chemical substances	US09804078	2001-03-13	US20020049771A1	2002-04-25	Renpei Nagashima
This invention provides libraries of information on chemical substances (which are termed nullchenesnull) as they interact with various biological systems, efficient methods to construct such libraries, and data sharing systems which enable efficient utilization of such libraries. Furthermore, this invention provides data bases which accommodate and maintain libraries of information relative to such chenes, methods and systems to construct such data bases by accumulating those pieces of information which concern chenes as they interact with various biological systems, methods and systems to enable a client to search through such construed data bases for desired information, methods and systems to transmit to such a client such desired pieces of information concerning chenes that are housed in such data bases, tangible electronic means to record and make use of such systems and data bases, and apparatus to enable construction and search of such data bases and/or transmission of desired information to such a client.
30	含有化学物質収集情報の評価システム	JP2011265344	2011-12-02	JP5626912B2	2014-11-19	加瀬　和夫; 和夫加瀬

31	SYSTEM FOR HANDLING INFORMATION RELATED TO CHEMICAL MATERIALS	EP09769897	2009-06-23	EP2306180A4	2016-03-09	MURTHY PRAKASH SREEDHAR

32	METHOD AND DISPENSER FOR CONTROLLED RELEASE OF SEMIOCHEMICALS	EP12774067	2012-04-20	EP2699084A4	2015-05-06	SCHNEIDMILLER RODNEY G; ZHANG QING-HE

33	METHOD AND DISPENSER FOR CONTROLLED RELEASE OF SEMIOCHEMICALS	EP12774067.8	2012-04-20	EP2699084A2	2014-02-26	SCHNEIDMILLER, Rodney, G.; ZHANG, Qing-He
A method and packages for releasing volatiles of a semiochemical at a controlled or pre-selected rate are disclosed. The package containing the semiochemical includes at least one portion that is permeable to the volatiles. In some embodiments, the package is formed as a stick pack, and includes a plurality of micro-perforations having characteristics, such as size, density, and shape, that are selected to achieve a desired release rate. In an embodiment, the package is formed from a plurality of laminae, and at least one of the laminae is formed from a material that is selected for its permeability to the semiochemical volatiles. In an embodiment, the package includes a portion that is peeled away to expose a layer that is permeable to the semiochemical volatiles.
34	含有化学物質収集情報の評価システム	JP2012012499	2012-01-24	JP5840007B2	2016-01-06	加瀬和夫

35	Evaluation system of contained chemical substance collection information, and calculation method of contained chemical substance for use in the system	JP2012069554	2012-03-26	JP2013200777A	2013-10-03	KASE KAZUO; KURAMOCHI MASAYUKI; KUROKI YUJI
PROBLEM TO BE SOLVED: To provide an evaluation system of contained chemical substances which allows the calculation of the content of a contained chemical substance to be performed in a possible short time for determining whether a product or an assembly component is subject to regulation for chemical substances such as REACH regulation.SOLUTION: Terminal components are located at the terminal of component configuration information. The content of a chemical substance contained in the component of the same configuration is summed. The total content of the same component is obtained by multiplying the content of one terminal component in reference to the content of contained chemical substances by the number of the same component. The total content of a chemical substance contained in the entire component assembly is calculated by summation of all the total contents of different configurations of the component assembly.
36	System and method for managing and summarizing contained chemical substance information of product	JP2004221042	2004-07-29	JP2005071338A	2005-03-17	ARAI SHINICHI; KUMAZAWA TAKAAKI; HAGA NORIYUKI; SEKIYA ZENJI; HIROSHIGE YUUZOU
<P>PROBLEM TO BE SOLVED: To observe regulation to chemical substance by laws, etc. by establishing a means for grasping quantity of the chemical substances contained in components to be manufactured in a company by a table of components. <P>SOLUTION: Kind and quantity of the chemical substances contained in the product are calculated/displayed and the law, etc. which regulates the chemical substances are presented by using four kinds of data, component data by which a list of the chemical substance contained in components to be used for the product, private manufactured components and manufacturing processes is learned, component delivery manufacturer data by which supply origins of the components and materials are learned, component chemical substance data by which the chemical substances contained in the components are learned and substance data regulated by law by which the regulation contents of the law and a safety standard of the customer, etc. are learned. <P>COPYRIGHT: (C)2005,JPO&NCIPI
37	System and apparatus for managing information on chemical substances used in product	US10902030	2004-07-30	US20050071259A1	2005-03-31	Shinichi Arai; Takaaki Kumazawa; Nortyuki Haga; Yoshiharu Sekiya; Yuzo Hiroshige
A method is established which, through the use of a parts table, makes it possible to recognize amounts of chemical substances contained in in-company manufactured parts. This establishment allows implementation of the compliance with regulations on the chemical substances based on laws or the like. Taking advantage of the following four types of data, types and amounts of chemical substances contained within a product are computed and displayed, thereby presenting laws or the like which regulate the chemical substances: Parts data indicating a list of parts and in-company manufactured parts used in the product and chemical substances contained in the manufacturing processes, supply-maker data indicating supply sources of the parts and materials, parts chemical-substance data indicating the chemical substances contained in the parts, and law-and-others regulated-substance data indicating contents of the law-based regulations, client-based safety criterions, or the like.
38	Information collection method for chemical substance included in molded piece and device to be used for the same method	JP2008219131	2008-08-28	JP2010055345A	2010-03-11	ANZAI TAKAYUKI
<P>PROBLEM TO BE SOLVED: To provide an information collection method for executing the history investigation of chemical substance included in a final molded piece to be successively worked through a plurality of manufacturers on a supply chain by an investigator being a third person and to provide a device using for this method. <P>SOLUTION: The information collection method includes: an end manufacturer specification step of specifying a pair of a first manufacturer who manufactures chemical substance and a final manufacturer who manufactures a final molded piece being the object of history investigation; an intermediate manufacturer specification step for specifying by a pair of a deliverers who deliver a molded piece and a pair of workers who receive and works the molded piece; and a step for acquiring information by tracing a pair of manufacturers about chemical substance included in the successively worked molded pieces. A device to be used therein includes an investigation medium (29) to be handed over to the worker who receives and works the molded piece from the deliverer of the molded piece; and a transmission means (49) for transmitting manufacturer information in the worker each time the investigation medium (29) is handed over to the worker. <P>COPYRIGHT: (C)2010,JPO&INPIT
39	Automatic classification method of chemical substance, visualization method of information space, information retrieval system, and information retrieval program	JP2004301928	2004-10-15	JP2006113893A	2006-04-27	YAMADA SATOSHI
PROBLEM TO BE SOLVED: To provide an automatic classification method of chemical substances that can increase classification efficiency by classifying chemical substances of various structures automatically according to extracted substructures more macroscopic and important for classification processing. SOLUTION: Substructure vectors MOL-Vector-i corresponding to chemical substances are set from components that are substructures PARTSTRUCT-j having two or more interatomic bonds. According to the substructure vectors MOL-Vector-i of the chemical substances and substructure vectors CELL-Vector (x, y) corresponding to two-dimensionally arranged cells, chemical substances belonging to the same cell are classified as a cluster of chemical substances similar in molecular structure. COPYRIGHT: (C)2006,JPO&NCIPI
40	PRODUCTION OF SEMIOCHEMICAL EMITTERS HAVING A CONTROLLED EMISSION SPEED WHICH ARE BASED ON INORGANIC MOLECULAR SIEVES	EP99906260.7	1999-03-03	EP1064843B1	2004-02-11	CORMA CANOS, Avelino, U.P.de Valencia; MUNOZ PALLARES, Juan, Univ.Politécnica de Valencia; PRIMO-YUFERA, Eduardo, U.P. de Valencia
The invention relates to a method for producing supports based on zeolites and other inorganic molecular sieves for the controlled emission of semiochemicals, with application to the environmental combat against agricultural plagues. The process is based on the modification of one or a plurality of the physico-chemical characteristics of zeolitic supports: Si/Al ratio, acidity, compensation cations and pore size, as well as the compaction pressure and relation between the surface and the weight of the conformed material, with the object to regulate the absorption force and the further controlled and extended emission of the semiochemicals.

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