˘ ˘ˇˆ˙ knowledge map / patent map : smart textiles …...j9 polymer ji polymer pd feb py 2002...

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��1��"�*�*�� -��" 1�ก4��5!3��$ Thomson ISI 1)�� 275 �� 2��!�%-�/�!%1��ก��2��!� (Textile(s) OR Fabric(s) ) AND ( smart or interactive or electronic or nano )F$ก�� >??� �-.�",�t M-!-��=5� ��:��>6?��5ก��?��A��B6 Most Cited Article 343 ��G�>6?�ก7PT JAU Dalton, Ab; Collins, S; Munoz, E; Razal, JM; Ebron, VH; Ferraris, JP; Coleman, JN; Kim, BG;Baughman, RHTI Super-tough carbon-nanotube fibres - These extraordinary composite fibres can be woven into electronic textiles.SO NATURELA EnglishDT ArticleID SPIDER SILK; FIBERS; ROPESC1 Univ Texas, Dept Chem, Richardson, TX 75080 USA. Univ Texas, NanoTech Inst, Richardson, TX 75080 USA. Univ Dublin Trinity Coll, Dept Phys, Dublin 2, Ireland.RP Dalton, AB, Univ Texas, Dept Chem, Richardson, TX 75080 USA.NR 13TC 343


PU NATURE PUBLISHING GROUPPI LONDONPA MACMILLAN BUILDING, 4 CRINAN ST, LONDON N1 9XW, ENGLANDSN 0028-0836J9 NATUREJI NaturePD JUN 12PY 2003VL 423IS 6941BP 703EP 703PG 1SC Multidisciplinary SciencesGA 688PAUT ISI:000183443400031

5� ��:��>6?��5ก��?�� 127 ��G�PT JAU Fong, H; Liu, WD; Wang, CS; Vaia, RATI Generation of electrospun fibers of nylon 6 and nylon 6-montmorillonite nanocompositeSO POLYMERLA EnglishDT ArticleDE electrospinning; nanocomposite; nanofiberID 6-CLAY HYBRID; ORIENTATION; NANOFIBERSAB Dissolution and reprocessing of exfoliated montmorillonite-nylon 6 (NLS) nanocomposite is demonstrated, illustrating the potential of using polymer nanocomposites as the foundation for fabricating nano- and mesoscopic structures, nanofibers in this case, and thus exerting hierarchical control of morphology and form through the combination of a nanostructured material and a nanoscale fabrication technique. Exfoliated morphology, present in the melt-fabricated NLS nanocomposite, was preserved in cast films and electrospun fibers from hexafluoroisopropanol solution. However, addition of a few percent N,N-dimethyl formamide resulted in agglomeration of the dispersed montmorillonite layers and an overall mixed morphology, demonstrating solvent partitioning and the delicate enthalpic balance necessary to maintain layer dispersion. Fibers and nanofibers of NLS nanocomposite (diameters between 100 and 500 nm) were electrospun from solution, and collected as non-woven fabrics, or as aligned yarns. Together with these cylindrical shaped fibers and nanofibers, ribbon shaped fibers (width similar to 10 mum, thickness similar to 100-200 nm) were also found in the products. The electrospinning process resulted in highly aligned montmorillonite layers (layer normal perpendicular to the fiber axis) and nylon 6 crystallites (layer normal parallel to fiber axis). (C) 2001 Published by Elsevier Science Ltd.C1 USAF, Res Lab, MLBP, Mat & Mfg Directorate, Wright Patterson AFB, OH 45433 USA. USAF, Res Lab, Universal Technol Corp, Wright Patterson AFB, OH 45433 USA. Univ Dayton, Res Inst, Dayton, OH 45469 USA.RP Vaia, RA, USAF, Res Lab, MLBP, Mat & Mfg Directorate, Wright Patterson AFB, OH 45433 USA.NR 24TC 127PU ELSEVIER SCI LTDPA THE BOULEVARD, LANGFORD LANE, KIDLINGTON, OXFORD OX5 1GB, OXON, ENGLANDSN 0032-3861J9 POLYMERJI PolymerPD FEBPY 2002VL 43IS 3BP 775EP 780SC Polymer ScienceUT ISI:000172607500015


วเิคราะหบทความวจิัยตามรายป

�No. # Records # Instances Publication Year1 58 58 20072 56 56 20063 50 50 20084 41 41 20055 29 29 20046 22 22 20037 9 9 20018 7 7 20029 3 3 2000


"�� Custom Profile #�- Top 10 Countries ��F$��1��/��?��1�� Research Publications 1)�#�ก"��2�3��,�� Affiliation / �2�3��2�353�� Title / �)��)��053��2�3keywords / ?@��"�*�*� Publication Year / 1�-�?E�"��-��,��5�� Subject category

Country Author Affiliation (Name) Title Keywords (aut hor's) Publication Year Subject CategoryTop 10 Top Terms Top Terms Top Terms Top Terms Top Terms

USA[65]

Univ Texas [6];Carnegie Mellon Univ [3];Univ Calif Los Angeles [3];Univ Dublin Trinity Coll [2];Univ Massachusetts [2]

Development of electronic textiles to support networks, communications, and medical applications in future US military protective clothing systems [1];Thermo-responsive finishing of cellulose fabrics using PNIPAAm grafting for smart applications [1];Influence of fabric ties on the performance of woven-in optical fibres [1];Three-dimensional characterization of textile composites [1];Transparent and conducting SWNT thin films for flexible electronics [1]

electronic textile [8];wearable computing [4];PBDE [4];smart fabrics [3];advanced fabrics [3]

2006 [12];2008 [11];2003 [10];2005 [9];2007 [8]

Materials Science, Multidisciplinary [19];

Engineering, Electrical & Electronic [13];

Physics, Applied [9];Polymer Science [6];

Chemistry, Multidisciplinary [5]

Peoples R China[36]

Hong Kong Polytech Univ [13];Dong Hua Univ [6];Nankai Univ [3];Tianjin Polytech Univ [3];Ocean Univ Qingdao [2]

Indicating the development stage of nanotechnology in the textile and clothing industry [1];Development of insulation sheet materials and their sound characterization [1];Transport properties of fabrics treated with nano-wool fibrous materials [1];Low temperature preparation of nano TiO2 and its application as antibacterial agents [1];Durability of nano ZnO antibacterial cotton fabric to sweat [1]

cotton fabric [4];fiber [4];wool [3];surfaces [2];temperature sensitive [2]

2007 [13];2006 [9];2008 [8];2005 [3];2004 [2]

Polymer Science [9];Materials Science, Textiles [8];Materials Science, Multidisciplinary [6];Chemistry, Physical [5];Environmental Sciences [4]


England[20]

Japan[16]

Univ Manchester [4];Majcen [2];Voncina [2];Queen Mary Univ London [2];Univ Leeds [1]

The development of smart fabrics [2];Inductive fiber-meshed strain and displacement transducers for respiratory measuring systems and motion capturing systems [1];Breathable polyurethane membranes for textile and related industries [1];Investigating smart textiles based on shape memory materials [1];Drawing a live section: explorations into robotic membranes [1]

smart textile [3];textile [3];shape memory alloy [2];shape memory polymer [2];fabric design [2]

2007 [8];2001 [3];2005 [3];2006 [3];2008 [2]

Instruments & Instrumentation [4];Materials Science, Multidisciplinary [4];Materials Science, Textiles [3];Automation & Control Systems [2];Chemistry, Physical [2]

Shinshu Univ [3];Chonbuk Natl Univ [2];Tokyo Inst Technol [2];Kumoh Natl Inst Technol [1];Chubu Univ [1]

Increase in cell adhesiveness on a poly(ethylene terephthalate) fabric by sintered hydroxyapatite nanocrystal coating in the development of an artificial blood vessel [1];Theory and fabrication of fluted plates for electronic circuits free from organic solvents [1];Development of insulation sheet materials and their sound characterization [1];Mechanical degradation of filter polymer materials: Polyphenylene sulfide [1];Morphology and activity of biological fabrics prepared by electrospray deposition method [1]

electrospinning [3];nano-fibers [2];nanofiber [2];fabric [2];poly(epsilon-caprolactone [2]

2008 [5];2006 [5];2004 [3];2005 [2];2007 [1]

Polymer Science [7];Engineering, Biomedical [3];Materials Science, Biomaterials [2];Materials Science, Composites [2];Biochemistry & Molecular Biology [1]


France[15]

South Korea[15]

ENSAIT [3];IEMN [2];Univ Lyon 1 [1];Lab Phys Mecan Text [1]

The research on structural materials : current trends and prospective applications [1];A smart sensor for compression measurement in automotive textiles [1];A smart sensor for induced stress measurement in automotive textiles [1];Electrical and morphological properties of PP and PET conductive polymer fibers [1];Electro-mechanical and morphological properties of PET conductive polymer fibers - Modeling and simulation [1]

textile [4];polyaniline [2];fibrous sensor [2];conductive fiber [1];French Guiana [1]

2007 [3];2008 [3];2004 [3];2006 [3];2005 [1]

Geochemistry & Geophysics [2];Polymer Science [2];Chemistry, Physical [2];Materials Science, Multidisciplinary [2];Materials Science, Textiles [2]

Hanyang Univ [4];Chonbuk Natl Univ [3];Kumoh Natl Inst Technol [2];Kyungpook Natl Univ [2];

Water vapor permeability and mechanical properties of fabrics coated with shape-memory polyurethane [1];Nano roughening of PET and PTT fabrics via continuous UV/O-3 irradiation [1];Nanofabrication of microbial polyester by electrospinning promotes cell attachment [1];Nanofiber spraying method using a supplementary electrode [1];Characteristics and release behaviors of aromatic poly(vinyl acetate) nanoparticles prepared by emulsification-diffusion technique [1]

electrospinning [3];nano-fibers [2];poly(epsilon-caprolactone [2];biodegradation [2];adhesion [1]

2004 [4];2007 [3];2005 [3];2006 [3];2008 [1]

Polymer Science [5];Materials Science, Multidisciplinary [5];Engineering, Chemical [3];Materials Science, Textiles [2];Chemistry, Applied [1]


Taiwan[14]

Italy[13]

Kun Shan Univ Technol [4];Natl Taipei Univ Technol [4];Chinese Culture Univ [4];Nanya Inst Technol [3];Huang [2]

Effect of chitosan addition to BTCA/CA processed cotton fabrics for adsorbing metallic ions from waste water [1];Effects of chitosan addition to DMEU-processed cotton fabrics for adsorbing metallic ions in waste water [1];Effects of yarn constitutions and fabric specifications on electrical properties of hybrid woven fabrics [1];Anti-ultraviolet and physical properties of woolen fabrics cured with citric acid and TiO2/chitosan [1];Parametric design of yarn-based piezoresistive sensors for smart textiles [1]

crosslinking [6];FTIR [4];catalyst [3];smart textile [2];Yarn-based sensor [2]

2006 [5];2008 [3];2001 [2];2005 [2];2007 [1]

Polymer Science [5];Instruments & Instrumentation [2];Materials Science, Composites [2];Materials Science, Textiles [2];Engineering, Electrical & Electronic [2]

Univ Pisa [9];SMARTEX Srl [3];Univ Milan [1];Univ Vita Salute [1];Univ Wollongong [1]

A logical step [1];Body segment position reconstruction and posture classification by smart textiles [1];Wearable, redundant fabric-based sensor arrays for reconstruction of body segment posture [1];Electroactive polymer-based devices for e-textiles in biomedicine [1];Organic field effect transistors for textile applications [1]

smart textile [3];textile [2];e-textiles [2];electroactive polymers [2];redundancy in sensing systems [1]

2007 [4];2005 [4];2006 [2];2001 [1];2003 [1]

Physics, Applied [4];Instruments & Instrumentation [3];Mathematical & Computational Biology [3];Medical Informatics [3];Computer Science, Information Systems [3]


Germany[12]

Univ Gesamthsch Paderborn [2];Infineon Technol AG [2];Univ Erlangen Nurnberg [1];

Analysis of polybrominated diphenyl ethers in breast milk of German mothers - Results of a pilot study [2];Influence of fabric ties on the performance of woven-in optical fibres [1];Novel type of self-assembled polyamide and polyimide nanoengineered shells - Fabrication of microcontainers with shielding properties [1];Electronic textiles: A platform for pervasive computing [1];Characterization of smelling contaminations on textiles using a gradient microarray as an electronic nose [1]

breast milk [2];breast milk monitoring [2];brominated flame retardant [2];persistant organic pollutants [2];remote execution [1]

2008 [3];2004 [3];2003 [2];2007 [2];2001 [1]

Materials Science, Composites [2];Chemistry, Analytical [1];Computer Science, Software Engineering [1];Computer Science, Theory & Methods [1];Polymer Science [1]

Switzerland[12]

Swiss Fed Inst Technol [5];Locher [2];Empa [1];EMPA Mat Sci & Technol [1];

Wearable systems for health care applications [1];Anaerobic degradation of brominated flame retardants in sewage sludge [1];Nanostructured plasma coatings to obtain multifunctional textile surfaces [1];Organic field effect transistors for textile applications [1];Electronic textiles: A platform for pervasive computing [1]

smart textile [2];textile transmission lines [2];wearable computing [2];electronic textile [2];anaerobic degradation [1]

2007 [4];2008 [3];2005 [2];2003 [1];2004 [1]

Materials Science, Coatings & Films [2];Materials Science, Textiles [2];Medical Informatics [2];Computer Science, Information Systems [2];Environmental Sciences [2]

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Author Affiliation (Name) (Cl...Keywords (author's) (Cleaned)...

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U niv W ollongongU niv W ollongong

U niv PisaU niv Pisa

U niv T exasU niv T exas

Sw iss Fed Inst T ec hnolSw iss Fed Inst T ec hnol

N atl T aipei U niv T ec hnolN atl T aipei U niv T ec hnol

Kun Shan U niv T ec hnolKun Shan U niv T ec hnol

H anyang U nivH anyang U niv

D ong H ua U nivD ong H ua U niv

H ong Kong Polytec h U nivH ong Kong Polytec h U nivChinese Culture U nivChinese Culture U niv

Keywords (author's) (Cleaned)...

3 c onduc ti 2 smart te 1 e lec tron 1 nanopart


3 smart te 2 e-textil 1 elec tron


2 w earable 1 e-textil 1 elec tron


1 c rosslin


1 elec tros


1 smart te 1 fiber


1 smart te 1 nanopart 1 fiber


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US7413802 Energy active Composite yarn for fabric,comprises planar filament having length greater thandrafted length of textile fiber....................... Textronics, Inc. 2008-08-19 D02G 3/00

US7407899 Finishing treatment for textile substrate, includes repellent agent and strain release agent, forminglayerd structure on the textile....................... Milliken & Company 2008-08-05 B32B 27/04


CN101240475 Electronic textile 2008-08-13EP1986513(A1) A structure of fabric and electronic components 2008-11-05WO2008123976(A2) Scalable hybrid switch fabric 2008-10-16US2008199611(A1) Fabric with a moistureproof, dustproof, and antibacterial function 2008-08-21CN101205689(A) Method for making fabric containing nano particles 2008-06-25WO2008044202(A2) Textile for connection of electronic devices 2008-04-17JP2008057099(A) Temperature responsive smart textile 2008-03-13DE102006039587(A1) Intelligent button unit for attaching and contacting at line guided textile/textile part ie.Garment , in medical zone, has electrical contacts............................................ 2008-02-21

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Patent Assignee Inventors Patent Assignees Priority Years Title

Countries Top 5 Top Terms Top Terms Top Terms Top Terms

DE[157]

Schulze, Ingo [3];Ketzer, Michael [3];Krause, Ulrich [3];Scheffler, Karl-Heinz[2];Bertsch, Michael [2]

Oerlikon Textile GmbH& Co. KG [6];Fraunhofer-Gesellschaft zurF ๖ rderung derangewandtenForschung e.V. [5];Cognis IP ManagementGmbH [5];Henkel AG & Co. KGaA[5];BASF AG [4]

2006 [66];2005 [40];2007 [27];2004 [7];2002 [7]

METHOD FOR PRODUCING DYED TEXTILES COMPRISINGPOLYPROPYLENE FIBRES [2];Method for Treating Textiles [2];Neue Verbundwerkstoffe, Verfahren zu deren Herstellungund deren Verwendung [2];Streckwerk mit einem Belastungstr ไ ger und Verfahren zurUmrUstung [2];DEVICE FOR A TEXTILE MACHINE FOR MEASURING THELENGTH-SPECIFIC MASS AND/OR THE MOISTURE OF ASTRAND-SHAPED, CONTINUOUS FIBER BATCH, ANDTEXTILE MACHINE [2]

US[51]

Rock, Moshe [5];Algotsson, Per-OlofGeorg [2];Johansson, Frank [2];Kalinay, Andrej [2];Sharma, Vickram [2]

Milliken & Company[7];THE PROCTER &GAMBLE COMPANY [4];MMI-IPCO, LLC [3];HI-TEX, INC. [3];Ecolab Inc. [2]

2004 [15];2006 [12];2003 [10];2005 [8];2002 [8]

Treated textile fabric [3];Method of producing substantially wrinkle-free textilesurfaces [2];ONE-STEP TREATMENT OF TEXTILES [2];Atmospheric pressure plasma-aided antimicrobial finishesof textiles [2];Glass textile fabric [2]

Patent Assignee Inventors Patent Assignees Priority Years Title

Countries Top 5 Top Terms Top Terms Top Terms Top Terms

CH[21]

GREINER, Andreas[2];Artzt, Dr. Peter [1];SAUTER, Christian[1];SCHMID, Ren [1];KISING, JUrgen [1]

Maschinenfabrik RieterAG [4];Schoeller Textil AG [4];SEFAR AG [2];ARTECH SYSTEMS AG[1];CHOMARAT GILBERT[1]

2006 [10];2005 [5];2007 [4];2004 [1];1999 [1]

WOVEN FABRIC, IN PARTICULAR FOR TEXTILE BUILDINGSAND/OR COVERS [2];MICROBICIDAL NANO- AND MESO-POLYMER FIBERSPRODUCED FROM POLYMERS AND HONEY, FOR TEXTILEAPPLICATIONS [2];Antimikrobielle Zusammensetzungen [1];Dressings Which Can Be Applied Several Times To TextileFibers And Textile Fabrics [1];Einstellvorrichtung fUr eine Textilmaterial verarbeitendeMaschine [1]

FR[9]

BERTRY, Jean-Louis[1];SKOVMAND, Ole [1];LAFAYSSE, Francis[1];VIDAL, Elodie [1];LASCAUD, St◌้phane[1]

Chavanoz Industrie [2];ELECTRICITE DEFRANCE [1];MASSEBEUF TEXTILES[1];RHODIA RECHERCHESET TECHNOLOGIES [1];BLUESTAR SILICONESFRANCE [1]

2006 [4];2007 [3];2001 [1];1999 [1]

Method for laser cutting pattern for decorating textileitems [1];METHOD FOR MANUFACTURING A TEXTILE YARN FORTECHNICAL USAGE [1];METHOD OF COATING A TEXTILE SURFACE [1];COMPOSITE YARN, METHOD FOR OBTAINING SAME ANDRESULTING TEXTILE STRUCTURE [1];Flame-retardant plastic composition, yarn and textilestructure coated therewith [1]

NL[9]

BHATTACHARYA,Rabin [4];Jones, ChristopherClarkson [1];Joubert, Daniel [1];BUKSHPAN, Shmuel[1];SIROHI, Vivek [1]

KONINKLIJKE PHILIPSELECTRONICS N.V. [4];UNILEVER PLC [3];Reckitt Benckiser N.V.[1];HINDUSTAN UNILEVERLIMITED [1];SURE INTERNATIONALVENTURES B.V. [1]

2006 [4];2007 [3];2004 [1];1998 [1];2003 [1]

TEXTILE FOR CONNECTION OF ELECTRONIC DEVICES [3];BIOCIDIC TEXTILES AND FABRICS [1];ELECTRONIC ASSEMBLY FOR ATTACHMENT TO A FABRICSUBSTRATE, ELECTRONIC TEXTILE, AND METHOD OFMANUFACTURING SUCH AN ELECTRONIC TEXTILE [1];FABRIC CONDITIONER COMPOSITIONS [1];FABRIC CONDITIONING COMPOSITIONS [1]

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