信息化学物质
41. System and apparatus for managing information on chemical substances used in product
申请号: US10902030
申请日: 2004-07-30
公开（公告）号: US20050071259A1
公开（公告）日: 2005-03-31
发明人: 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.
更多42. Information collection method for chemical substance included in molded piece and device to be used for the same method
申请号: JP2008219131
申请日: 2008-08-28
公开（公告）号: JP2010055345A
公开（公告）日: 2010-03-11
发明人: 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
更多43. Automatic classification method of chemical substance, visualization method of information space, information retrieval system, and information retrieval program
申请号: JP2004301928
申请日: 2004-10-15
公开（公告）号: JP2006113893A
公开（公告）日: 2006-04-27
发明人: 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
更多44. PRODUCTION OF SEMIOCHEMICAL EMITTERS HAVING A CONTROLLED EMISSION SPEED WHICH ARE BASED ON INORGANIC MOLECULAR SIEVES
申请号: EP99906260.7
申请日: 1999-03-03
公开（公告）号: EP1064843B1
公开（公告）日: 2004-02-11
发明人: 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.
更多45. PRODUCTION OF SEMIOCHEMICAL EMITTERS HAVING A CONTROLLED EMISSION SPEED WHICH ARE BASED ON INORGANIC MOLECULAR SIEVES
申请号: EP99906260.7
申请日: 1999-03-03
公开（公告）号: EP1064843A1
公开（公告）日: 2001-01-03
发明人: 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.
46. SYSTEM FOR PROVIDING IN REAL TIME TECHNICAL INFORMATION, RELATIVE TO THE CONTENT OF CHEMICAL SUBSTANCES REGULATED BY REGULATIONS OF THE EUROPEAN UNION, OF A PRODUCT PUT ON A COMMERCIAL DISTRIBUTION NETWORK
申请号: US14427654
申请日: 2013-08-30
公开（公告）号: US20150248497A1
公开（公告）日: 2015-09-03
发明人: Gabriele Scibilia
The present invention concerns a method for obtaining an information sheet relative to a product and comprising the operations of: Generation of one or more QR CODES, each QR CODE being associated to an information sheet relative to a product; Application of each QR Code to the product; Arrangement of a central server accessible through the Internet and comprising a file containing the information sheets associated with the QR CODES generated; And wherein the reading of the QR Code is through a reading device in such a way that the decoding of the QR Code read generates a connection via the Internet with the central server and the sending via the Internet of the corresponding information sheet.
更多47. A SYSTEM FOR PROVIDING IN REAL TIME TECHNICAL INFORMATION, RELATIVE TO THE CONTENT OF CHEMICAL SUBSTANCES REGULATED BY REGULATIONS OF THE EUROPEAN UNION, OF A PRODUCT PUT ON A COMMERCIAL DISTRIBUTION NETWORK
申请号: PCT/IB2013/058163
申请日: 2013-08-30
公开（公告）号: WO2014041457A1
公开（公告）日: 2014-03-20
发明人: SCIBILIA, Gabriele
The present invention concerns a method for obtaining an information sheet relative to a product (2) and comprising the operations of: - Generation of one or more QR CODES (1), each QR CODE (1) being associated to an information sheet relative to a product (2); − Application of each QR Code to the product (2); − Arrangement of a central server (10) accessible through the Internet and comprising a file (11) containing the information sheets associated to the QR CODES generated; − And wherein the reading of the QR Code is foreseen through a reading device (3) in such a way that the decoding of the QR Code read generates a connection via Internet with the central server (10) and the sending via Internet of the corresponding information sheet.
更多48. System for furnishing in real time technical information, relative to the content of chemical substances regulated by rules of the European Union, of a product put on a commercial distribution network
申请号: EP12425169.5
申请日: 2012-10-15
公开（公告）号: EP2709048A1
公开（公告）日: 2014-03-19
发明人: Scibilia, Gabriele
The present invention concerns a method for obtaining an information sheet relative to a product (2) and comprising the operations of:
- Generation of one or more QR CODES (1), each QR CODE (1) being associated to an information sheet relative to a product (2);
- Application of each QR Code to the product (2);
- Arrangement of a central server (10) accessible through the Internet and comprising a file (11) containing the information sheets associated to the QR CODES generated;
- And wherein the reading of the QR Code is foreseen through a reading device (3) in such a way that the decoding of the QR Code read generates a connection via Internet with the central server (10) and the sending via Internet of the corresponding information sheet.
49. 化学物质泄漏警报提供系统及化学物质泄漏警报提供方法
申请号: CN202380026160.0
申请日: 2023-07-06
公开（公告）号: CN118843895A
公开（公告）日: 2024-10-25
发明人: 安秀彬; 李竞洙; 李现升; 吴周娟; 郑军植; 吴沅奎; 裴成根
本发明一实施例可以提供化学物质泄漏警报提供方法，其通过对监测区域中的化学物质泄漏进行检测来提供用户警报，上述化学物质泄漏警报提供方法包括如下步骤：利用环境信息收集传感器检测外部的环境信息；利用化学物质检测装置获取上述化学物质的数据；基于上述环境信息来预测化学物质的扩散模式；基于上述化学物质的数据检测化学物质信息；以及基于上述化学物质的扩散模式和上述化学物质信息中的至少一个来提供用户警报。
更多50. 一种基于通用大语言模型的新化学物质甄别方法及系统
申请号: CN202411170821.X
申请日: 2024-08-26
公开（公告）号: CN118692090A
公开（公告）日: 2024-09-24
发明人: 王伟霞; 姚烘烨; 顾凰琳; 赵笛; 周海云; 包健; 涂勇
本发明公开了一种基于通用大语言模型的新化学物质甄别方法及系统，涉及化学物质识别技术领域，包括：构建化学物质信息数据集；提取所述化学物质信息数据集中各数据的文本信息，形成化学物质信息标记库，并对大语言模型进行增量化预训练；构建现有化学物质数据库，并基于所述现有化学物质数据库对所述大语言模型进行微调训练，得到新化学物质大语言甄别模型；通过所述新化学物质大语言甄别模型进行新化学物质甄别。本发明不仅解决了传统“光学字符识别模型+相似度比对模型”无法有效提取图像中物质信息而导致的物质判断出现假阳性的问题，而且可批量、快速开展企业所有原辅料中新化学物质甄别，具有低成本和高效率的优势。
更多51. 部件所含化学物质推定系统和部件所含化学物质推定方法
申请号: CN201110035362.0
申请日: 2011-01-31
公开（公告）号: CN102214268B
公开（公告）日: 2014-03-19
发明人: 田中将贵
本发明提供部件所含化学物质推定系统和部件所含化学物质推定方法。由数据获取部接收评价对象部件的属性信息和部件分类的判定基准，并获取与已调查的部件相关的属性信息、化学物质信息，将该属性信息和该化学物质信息分类为具有评价对象部件的属性信息的部件组和不具有的部件组，进行各部件组中的特定化学物质的含有率的统计值的计算、这些部件组中上述统计值的差与该判定基准的比较、上述属性信息的提取，并提取与所提取的所有属性信息一致的上述已调查部件的属性信息和化学物质信息，进而计算与这些部件的化学物质含有率相关的平均值等统计值。
更多52. 部件所含化学物质推定系统和部件所含化学物质推定方法
申请号: CN201110035362.0
申请日: 2011-01-31
公开（公告）号: CN102214268A
公开（公告）日: 2011-10-12
发明人: 田中将贵
本发明提供部件所含化学物质推定系统和部件所含化学物质推定方法。由数据获取部接收评价对象部件的属性信息和部件分类的判定基准，并获取与已调查的部件相关的属性信息、化学物质信息，将该属性信息和该化学物质信息分类为具有评价对象部件的属性信息的部件组和不具有的部件组，进行各部件组中的特定化学物质的含有率的统计值的计算、这些部件组中上述统计值的差与该判定基准的比较、上述属性信息的提取，并提取与所提取的所有属性信息一致的上述已调查部件的属性信息和化学物质信息，进而计算与这些部件的化学物质含有率相关的平均值等统计值。
更多53. 信息管理系统以及信息管理方法
申请号: CN202310947787.1
申请日: 2023-07-31
公开（公告）号: CN117499415A
公开（公告）日: 2024-02-02
发明人: 石井正彦; 浅野英贵; 古贺圭一; 铃木龙太
本公开涉及信息管理系统以及信息管理方法。当从上游企业的节点收到化学物质的信息的披露时(S11)，控制装置(110‑N)将产品组成数据更新(S12)，判断被披露的化学物质的信息是否为保密对象(S13)。控制装置(110‑N)在判断为被披露的化学物质的信息不是保密对象时(S13：否)，追加在S11中接收到的化学物质(限制物质)的信息而将公开数据更新(S17)，生成包含公开数据的事务数据，将该事务数据发送给对象下游企业的节点(S18)。
更多54. 可遥控的化学元素及其物质特性显示装置
申请号: CN200820165577.8
申请日: 2008-10-13
公开（公告）号: CN201298297Y
公开（公告）日: 2009-08-26
发明人: 张雪松
本实用新型涉及一种显示装置，公开了一种可遥控的化学元素及其物质特性显示装置，它包括化学元素物质特性指示板、化学元素周期表指示板，该化学元素物质特性指示板主要包括至少三个显示屏、若干个化学元素物质特性名称显示位和指代化学元素物质特性名称显示位的参数号码；所述的控制机构主要包括红外线接收头和遥控器，该遥控器用于输入数字使得显示屏上可显示出相关信息。本实用新型通过引入现代遥控技术和数码管显示技术，克服了现有技术中存在的不能够快速显示、切换和查询化学元素及其物质特性等信息的缺点，在表现教材信息上非常方便、快捷和详细，较好地适用于化学、物理等学科的教学领域。
更多55. 一种化学物质注释方法
申请号: CN202210873847.5
申请日: 2022-07-25
公开（公告）号: CN114965662A
公开（公告）日: 2022-08-30
发明人: 薛靖川; 诸嘉民; 赵亚男; 蔡宴朋; 方明亮; 谭倩
本发明提供一种化学物质注释方法。该方法包括：采集目标化学物质碎片离子的质荷比、母离子质荷比以及对应的保留时间建立目标化学物质数据库；采用EISA技术采集样品化学物质的离子质谱图，以数据库中目标化学物质的保留时间为中心搜索所述离子质谱图，识别所述样品化学物质的质谱离子信息；基于该质谱离子信息，确定所述样品中是否存在具体目标化学物质的母离子与相关碎片离子；若存在，则计算所述具体目标化学物质的母离子丰度与其每一种碎片离子丰度的相关度，并当所述相关度均大于阈值时，将该具体目标化学物质确定为高置信水平物质。本发明提供的方案适合用于低浓度的化学物质的快速注释，并且便于以计算机程序实现。
更多56. 规定对策的对象选择支援方法及其系统
申请号: CN200980130895.8
申请日: 2009-06-02
公开（公告）号: CN102113010A
公开（公告）日: 2011-06-29
发明人: 田中将贵; 蜷川典泰; 滨塚康宏; 弘重雄三
一种为了在进出各企业的产品中，遵守限制该产品的化学物质含有率或含有量的规定等，而支援选择应该采取对策的部件或化学物质的方法，该方法接受由用户输入的、要调查与规定的对应状况的产品和作为评价对象的规定，取得该规定中的每个规定对象物质的化学物质含有率的阈值、对象产品的构成部件、该部件的重量及分类、以及该部件的化学物质含有率，提取该部件中的没有该化学物质含有率的信息的部件，检索具有与该提取部件相同的分类的类似部件，取得该类似部件的化学物质含有率，分配该类似部件中的化学物质含有率的最大值或平均值等统计值，作为该提取部件的化学物质含有率，根据该产品的构成部件的信息、该部件的重量以及该部件或该类似部件的化学物质含有率来计算该产品的化学物质含有率，比较该产品的化学物质含有率和该阈值，作为比较结果，分类为超过该阈值的化学物质和未超过的化学物质，存储在该存储装置中，并将该比较结果显示在显示装置上。
更多57. 有害化学物质管理系统及其控制方法
申请号: CN201410655381.7
申请日: 2014-11-18
公开（公告）号: CN105678433A
公开（公告）日: 2016-06-15
发明人: 金裕谦; 金载甲; 李洙钟; 洪胤瑅
本发明涉及有害化学物质管理系统及其控制方法，本发明的有害化学物质管理系统，构成为包括：管理服务器，其通过互联网或移动通信网与涉及从原料至制造最终产品的制造工序的各供给方终端和客户终端进行通信，并以连续供应链管理产品的制造工序中所加入的化学物质信息和所排出的废水信息；以及，数据库，其存储在上述管理服务器所管理的各信息并在请求检索时提供对应的信息，且本发明登记并管理产品的制造工序中所使用的原料、纱线、面料、附属物料、最终产品的化学物质信息，并向客户提供产品的整个制造工序中所使用的化学物质的全部信息，因而得到能够确认产品的稳定性和适合性之类的效果。
更多58. 一种化学物质摄入后肌酐指标和制定方法
申请号: CN202110502730.1
申请日: 2021-05-09
公开（公告）号: CN113203866A
公开（公告）日: 2021-08-03
发明人: 于毅欣
一种化学物质摄入后肌酐指标，其特征在于，包括：肌酐值与时间信息、检测组信息。所述肌酐值与时间信息是摄入化学物质后或/和餐后一定时间的肌酐值检测的读数的集合，其中包含时间信息。所述检测组信息包含总共通过追踪多少个检测个体来得到的平均信息，以及检测个体的物种。本发明提供一种对摄入的化学物质摄入后肌酐指标进行量化的方法，能够用来在药物或食物或食物添加剂出厂之前就能够通过统计来发现或大约描述其成分对人体肌酐的影响。本发明提供一种对化学物质摄入之后肌酐统计的方法来检测或统计或大略的示出化学物质摄入之后肌酐方面的负面作用或变化。本发明写在药品或食品或添加剂的说明书上来让人更容易的知道摄入之后的肌酐变化。
更多