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High strength ceramic honeycomb structure 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • B32B-003/12
  • B32B-003/20
출원번호 US-0034047 (1987-04-06)
우선권정보 JP-0052367 (1986-04-08)
발명자 / 주소
  • Hattori Isao (Nagoya JPX) Ikeshima Kouichi (Okazaki JPX)
출원인 / 주소
  • NGK Insulators, Ltd. (Nagoya JPX 03)
인용정보 피인용 횟수 : 29  인용 특허 : 9

초록

A high strength ceramic honeycomb structure includes a number of quadrilateral cells arranged adjacent to each other. Triangular cells are arranged in a zone in the proximity of an outer circumference of the honeycomb structure. Partitions of the triangular cells are oblique to partitions forming th

대표청구항

A high strength ceramic honeycomb structure comprising: a first plurality of quadrilateral cells arranged adjacent each other and located substantially at an interior protion of said structure; and a second plurality of quadrilateral cells arranged adjacent each other and located substantially at an

이 특허에 인용된 특허 (9)

  1. Mochida Shigeru (Kasugai JPX) Kojima Masaru (Nagoya JPX), Ceramic honeycomb structural bodies.
  2. Matsuhisa Tadaaki (Kasugai JPX) Kato Kiminari (Nagoya JPX), Ceramic honeycomb structural body.
  3. Okumura Kazunari (Kariya JPX) Yamamoto Shinichi (Takahama JPX) Suzuki Zituo (Aichi JPX), Ceramic honeycomb structure.
  4. Gulati Suresh T. (Elmira NY), Honeycomb structure with high thermal shock resistance.
  5. Cho Byong K. (Sterling Heights MI), Monolithic catalytic converter for improved thermal performance.
  6. Yamaguchi Shunzo (Okazaki JPX) Takeuchi Yukihisa (Aichi JPX) Miura Yasunao (Kasugai JPX) Miwa Naoto (Tsushima JPX), Porous ceramic body and a method of manufacturing the same.
  7. Ogawa Yutaka (Nagoya JPX) Yamada Shunichi (Nagoya JPX) Hamanaka Toshiyuki (Suzuka JPX), Rotary cordierite heat regenerator highly gas-tight and method of producing the same.
  8. Morrison Hadley F. (Downey CA), Sandwich panel core.
  9. Frost, Rodney I.; McBrayer, Robert D.; Pujari, Vimal K., Thermal shock resistant honeycomb structures.

이 특허를 인용한 특허 (29)

  1. Stuckey, Joshua, Catalytic converter substrate structure.
  2. Kudo,Atsushi, Ceramic filter and exhaust gas decontamination unit.
  3. Cutler,Willard A.; Tepesch,Patrick D.; Warren,Christopher J.; Weiss,David S., Diesel engine exhaust filters.
  4. Ketcham, Thomas D.; St. Julien, Dell J., Diesel particulate filters.
  5. Kuwamoto Yoshinobu,JPX ; Fukuda Kensei,JPX ; Fujiwara Yasuhiro,JPX, Exhaust as purifying method, exhaust gas filter, and exhaust gas filter purifying apparatus using same.
  6. Bardon,S챕bastien; Gleize,Vincent, Filter block for filtering particles contained in the exhaust gas of a combustion engine.
  7. Beall, Douglas M.; Marcher, Johnny, Filter with varying cell channels.
  8. Bardon, S?bastien, Filtering body for filtering particles contained in an internal combustion engine exhaust gases.
  9. Ito,Tadato; Hashimoto,Shigeharu, Honeycomb filter.
  10. Nate,Masayuki; Kaneko,Takahisa; Hironaga,Masayuki; Deguchi,Yuji, Honeycomb forming die.
  11. Murata, Masakazu, Honeycomb structural body.
  12. Sakamoto,Hirofumi, Honeycomb structural body.
  13. Tamai, Koji; Hayashi, Naohiro, Honeycomb structural body.
  14. Hijikata,Toshihiko, Honeycomb structural body and assembly thereof.
  15. Kaneda, Atsushi; Omiya, Yoshimasa; Kasai, Yoshiyuki, Honeycomb structure.
  16. Komori, Teruo; Yoshino, Hajime, Honeycomb structure.
  17. Tamura, Seiji; Sato, Masaya; Goto, Shigeaki, Honeycomb structure.
  18. Hijikata,Toshihiko, Honeycomb structure and assembly thereof.
  19. Ichikawa,Yukihito; Kato,Yasushi; Ogawa,Masato, Honeycomb structure, and honeycomb filter and converter system both using the same.
  20. Kasai, Yoshiyuki; Matsubara, Reiji, Honeycomb structure, method of manufacturing the structure, and exhaust emission control system.
  21. Klingberg, Thomas, Hydrolysis catalyst with larger duct cross-sections in the peripheral portion than in the central portion, and method for hydrolysis of a uric substance.
  22. Fukuta,Ken; Ota,Tomoko, Method of manufacturing ceramic honeycomb structural body, and ceramic honeycomb structural body.
  23. Konstantin Solntsev RU; Eugene Shustorovich ; Sergei Myasoedov RU; Vyacheslav Morgunov RU; Andrei Chernyavsky RU; Yuri Buslaev RU; Richard Montano ; Alexander Shustorovich, Methods of making sintered metal oxide articles.
  24. Ziebarth, Robin; Nilsson, Robert T., Thermal shock resistant soot filter.
  25. Solntsev Konstantin,RUX ; Shustorovich Eugene ; Myasoedov Sergei,RUX ; Morgunov Vyacheslav,RUX ; Chernyavsky Andrei,RUX ; Buslaev Yuri,RUX ; Montano Richard, Thin-walled monolithic metal oxide structures made from metals, and methods for manufacturing such structures.
  26. Solntsev Konstantin,RUX ; Shustorovich Eugene ; Myasoedov Sergei,RUX ; Morgunov Vyacheslav,RUX ; Chernyavsky Andrei,RUX ; Buslaev Yuri,RUX ; Montano Richard ; Shustorovich Alexander, Thin-walled monolithic metal oxide structures made from metals, and methods for manufacturing such structures.
  27. Solntsev Konstantin,RUX ; Shustorovich Eugene ; Myasoedov Sergei,RUX ; Morgunov Vyacheslav,RUX ; Chernyavsky Andrei,RUX ; Buslaev Yuri,RUX ; Montano Richard ; Shustorovich Alexander, Thin-walled monolithic metal oxide structures made from metals, and methods for manufacturing such structures.
  28. Anderson, Matthew L.; Yonushonis, Thomas M.; Haberkamp, William C.; Liu, Z. Gerald; Blackwell, Bryan E.; England, Roger D.; Henrichsen, Matthew P., Tuning particulate filter performance through selective plugging and use of multiple particulate filters to reduce emissions and improve thermal robustness.
  29. Beall, Douglas Munroe; Miller, Kenneth Richard, Wall-flow honeycomb filter with hexagonal channel symmetry.
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