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Center for Technology Research and Development

Center for Technology Research and Development. Organization; Established on April 1, 1995. Facilities; Inaugurated on June 7, 1996. Major Role; Promotion of Industry-Academia-Goverment collaboration. ACADEMIC STAFF. Professors Hideo YAMASHITA , Dr.

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Center for Technology Research and Development

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  1. Center for Technology Research and Development • Organization; Established on April 1, 1995. • Facilities;Inaugurated on June 7, 1996. • Major Role; • Promotion of Industry-Academia-Goverment collaboration

  2. ACADEMIC STAFF Professors • Hideo YAMASHITA, Dr. Knowledge and Information Technology • Michikage MATSUI, Dr. Polymer Science and Engineering • Motonobu Kubo, Dr. Fluorine Chemistry, Polymer Chemistry • Yoshikazu YAMGCHI Electrical Engineering • Hiroyuki SHIRAHAMA, Dr. Biodegradable polymers, Surface Chemistry

  3. Technology Liaison Staff • Tsuyoshi MIURA • Shoji DOI • Takafusa MIYOSHI Liaison Fellow • Tatsuhiko SHIGEMURA • Takehiro KIHARA Secretary • Emi SAIKI • Noriko MURAYAMA

  4. Visiting Professors • Nobukuni INOUE • Tatsuhiko TSUZURA • Yoshitomo TANAKA • Seita KANAI • Gen YAMADA • Satoshi NISHIOKA • Kei YOSHIDA

  5. Supporting Staff JST and Patent Expertise Iwao AKIYAMA Dr. Tsuyoshi MORISHITA Hiroaki SHIMAZUTSU Munetoshi TAKASAKI * JST; Japan Science and Technology Corporation

  6. MAJOR ACTIVITIES • Promotion of Industry-Academia-Government collaboration through cooperative and contract research. • Consultation on technical problems from industries. • Support for patent production by university scholars. • Administration of laboratories of the Center. • Seminar planning of leading-edge technologies. • Techno-forum: New technology presentations. • Technical education and training for industrial engineers. • Technology transfer and exchange in regional society. • Cooperative studies with foreign scholars.

  7. TYPICAL LIAISON ACTIVITES Center for Technology Research and Development Industries explore Scientific Seeds University Scholars extract Industrial Needs ＩＮＴＥＲＦＡＣＥ Technology Information Cooperative Research search Professional Consultants find Contract Research Inquiry Institutes & Laboratories Technical Consultation Technology Transfer Patent Production Visiting Professors Patent Transfer Technical Training Analysis. Investigation Patent Expertise Staff

  8. Strategies for Active Collaboration • Combination of Scientific Seeds and Industrial Needs. 1. Liaison Fair (Exhibitions of Scientific Seeds). 2. Well-prepared Industry Visitation (Needs Survey). 3. Seeds Database Display on Web Site. • Participation to Various University-Industry Collaboration Projects. • Organization of University Intellectual Property Division. • Strategic Patent Creation. • Effective Linkage to Local TLO.

  9. Liaison Fair • Hiroshima University independently holds an annual grand fair. • 50 innovative scientific seeds are exhibited. • 300 - 400 people participate the fair. • University scholars and industry people discuss these topics for applications.

  10. Various University-Industry Collaboration Government Prefecture Hiroshima City Regional Collaboration ‘01 Industrial Cluster ‘02 Univ.-Ind.- Gov. Liaison ‘02 Innovation Plaza ； Intellectual Cluster ‘01 Commerce & Industry Promotion Projects ‘02 Regional Project ‘99 Collaboration Committee ‘00 Productions, Materials, Creative, Medical, Precision, Venture Regenerative, Biomedical Kure City Venture Life, Culture Industry Promotion Center ‘00 Environment, Recycles Medical Venture Consortium‘02 “Liaison 375” ‘01 CTRD Energy Medical, Health Care Higashi-Hiroshima Hiroshima University Satellite Campus (Collabo-Square) ‘02 IT Venture Business Lab. University Information Service Center ‘00 Incubation Center ‘03 University Link ‘02 “Creation Project” ‘01

  11. Characteristic Scientific Seeds at Hiroshima Univ. Medical-Engineering Interactive Technologies 1. Regenerative Medicine. 2. Bio-Technologies. - Transgenic Technology - Lever Cell Reproduction 3. Genetic Engineering. - Preventives, Diagnostics - Human Collagen 4. New Curative Medicine. -Allergy Prevention 5. Diagnostic Science. 6. New Medical Instruments IT, Energy, Nano Technologies, Environmental Technologies 1. Nano-Structured Materials. 2. Electronics. 3. Environment Preservation. 4. Biodegradable Materials. 5. New Energy Source Technology. 6. Nano-Particles. 7. Bio-Analysis. 8. Sensor, Monitoring Technology. 9. IT and Computer Graphics. 10. Simulation Technology.

  12. Results of Recent Activities Cooperative Research Contract research

  13. Distribution of Cooperative Research Regional Distribution (Prefectural) Field Distribution

  14. Characteristics of Hiroshima Univ. • 1. Cooperative Research is growing every year. • 2. Major fields include high-technologies; bio-technology(38%), electronics (18%) and materials (10%). • 3. Tissue regeneration based on genetic and bio- technology at Hiroshima University is noteworthy, and nominated by the government as ‘Intellectual Cluster Area’ aiming new industries. • 4. Collaborations expand both countrywide and nationwide; Hiroshima Pre. (34%), Tokyo (21%) and the vicinity (22%)

  15. Patents & Technical Consultation Patents Technical Consultations Presently 12 patents have been licensed.

  16. Field Distribution of Patents

  17. Patent Strategy Hiroshima University Intellectual Division and Hiroshima Technology Licensing Organization

  18. Traditional TLO (Patent Production, as many as possible) TLO Industries University Patents Output Licensing Patent Creation and Transfer Invention Production and Sales Return Patent Fee Application Patent Right The Patens Office Hiroshima TLO: for all regional universities and industries Industrially / commercially valuable patents are accepted. University TLO Industries Licensing Output Invention, Patent Management Patents Evaluation Licensing, Cooperative Research Production and Sales Patent Fee Return IP Division Application Patent Right The Patens Office Scheme of Hiroshima TLO

  19. Patent Strategies • Patent Studies in Early Stage of Research • Evaluate Originality，Potentials，Varieties ! 1. Fundamental Patents • Brush-up to exclusive, comprehensive patents. 2. Application Patents • Quick Evaluation ⇒ Search partners for collaboration 3. Idea Oriented Patents • Concept Summarization ⇒ Quick application

  20. RESEARCH at the CENTER At present 9 research laboratories are open as follows: 1. Biodegradable polymer materials. 2. Advanced composites and interface science. 3. High efficiency and low emission combustion system for liquid fuel. 4. Nano-structured materials for hydrogen storage. 5. Food processing under PTV (pressure, temperature and volume) controlled conditions. 6. Digital Contents Research. 7. Biomedical Informatics : 2002 New. 8. Regenerative Medicine : 2002 New. 9. Tooth Regeneration and Conservation : 2002 New.

  21. Future Subjects 1. To combine industry needs and university seeds. ◆ Cooperative research ≧ 150 - 200/yr. ◆ University patents　 ≧ 100/yr. ◆ Liaison fair 1/yr. in Tokyo 1/yr. Locally ◆ Industry visit ≧2 times/month

  22. Future Subjects 2. Promotion of medicine-engineering links. ◆ Application of genetic, pharmaceutical and biological research. ◆ Patent creation support for medical scholars. 3. Data base for university-industry collaboration. ◆ Technical consultation. ◆ Industry needs survey. ◆ Patent consultation and contract management.

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