[특허]Fuel vapor treatment canister

IPC분류정보
국가/구분	United States(US) Patent 등록
국제특허분류(IPC7판)	B01D-053/02
출원번호	US-0746812 (2000-12-26)
우선권정보	JP-0375151 (1999-12-28); JP-0386086 (2000-12-19)
발명자 / 주소	Uchino, Masashi Nakano, Masaru
출원인 / 주소	Tennex Corporation
대리인 / 주소	Foley & Lardner
인용정보	피인용 횟수 : 21 인용 특허 : 16

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A fuel vapor treatment canister is described. The canister includes a casing having first and second end walls between which an inside space is formed. The first end wall has a first opening in communication with a fuel tank, and a second opening in communication with an air intake passage of an eng

A fuel vapor treatment canister is described. The canister includes a casing having first and second end walls between which an inside space is formed. The first end wall has a first opening in communication with a fuel tank, and a second opening in communication with an air intake passage of an engine. The second end wall has a third opening in communication with the atmosphere. The inside space includes first and second chambers. The first chamber is located closer to the first end wall than the second chamber. A first fuel vapor adsorbing material is disposed in the first chamber. A second fuel vapor adsorbing material and a heat-accumulative material are disposed in the second chamber. The heat-accumulative material is larger in specific heat than the second fuel vapor adsorbing material.

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A fuel vapor treatment canister is described. The canister includes a casing having first and second end walls between which an inside space is formed. The first end wall has a first opening in communication with a fuel tank, and a second opening in communication with an air intake passage of an eng

A fuel vapor treatment canister is described. The canister includes a casing having first and second end walls between which an inside space is formed. The first end wall has a first opening in communication with a fuel tank, and a second opening in communication with an air intake passage of an engine. The second end wall has a third opening in communication with the atmosphere. The inside space includes first and second chambers. The first chamber is located closer to the first end wall than the second chamber. A first fuel vapor adsorbing material is disposed in the first chamber. A second fuel vapor adsorbing material and a heat-accumulative material are disposed in the second chamber. The heat-accumulative material is larger in specific heat than the second fuel vapor adsorbing material. the straight portion of the path includes moving a member connected with the chin support portion relative to a guide which is stationary relative to a torso of the patient's body, said step of moving the chin support portion along the curved portion of the path includes moving the guide relative to the torso of the patient's body while moving the member relative to the guide. 5. A method as set forth in claim 1 wherein said step of moving the chin support portion of the neck brace along a path having a plurality of portions which have different configurations includes manually rotating an actuator and effecting relative movement between a cam and a cam follower under the influence of force transmitted from the actuator. 6. A method as set forth in claim 5 wherein said step of effecting relative movement between a cam and a cam follower includes moving one of the cam and cam follower relative to the other of the cam and cam follower along a path extending transverse to an axis about which the actuator is rotated. 7. A method as set forth in claim 1 wherein said step of moving the chin support portion of the neck brace along the straight portion of the path includes rotating a member about a first axis while preventing pivotal movement of the member about a second axis extending transverse to the first axis, said step of moving the chin support portion along the curved portion of the path includes pivoting the member about the second axis. 8. A method as set forth in claim 1 wherein said step of moving the chin support portion of the neck brace along the straight portion of the path includes rotating a member about a first axis while preventing pivotal movement of the member about a second axis extending transverse to the first axis, said step of moving the chin support portion along the curved portion of the path includes rotating the member about the first axis and pivoting the member about the second axis while rotating the member about the first axis. 9. A method as set forth in claim 1 wherein said step of moving the chin support portion of the neck brace along the straight portion of the path includes manually rotating a member about a first axis extending through anterior and posterior sides of a torso of the patient's body, said step of moving the chin support portion along the curved portion of the path includes pivoting the member about a second axis extending transverse to the first axis while manually rotating the member about the first axis. 10. A method as set forth in claim 1 wherein said step of moving the chin support portion of the neck brace along the path having a plurality of portions which have different configurations includes manually rotating a knob about an axis extending through anterior and posterior sides of a torso of the patient's body. 11. A method as set forth in claim 1 further including the step of interrupting movement of the chin support in a first direction along the path for a predetermined period of time, and, thereafter, resuming movement of the chin support in the first direction along the path. 12. A method as set forth in claim 1 wherein said step of moving the chin support portion of the neck brace includes moving the neck portion of the patient's body in extension. 13. A method as set forth in claim 1 wherein said step of moving the chin support portion of the neck brace includes moving the neck portion of the patient's body in flexion. 14. A method as set forth in claim 1 wherein said step of moving the chin support portion along a straight portion of the path includes moving the chin support portion upward relative to a torso of the patient's body and said step of moving the chin support portion along a curved portion of the path includes moving the chin support portion upward and posteriorly relative to the torso of the patient's body. 15. A method as set forth in claim 1 wherein said step of moving the chin support portion along a straight portion of the path includes moving the

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이 특허에 인용된 특허 (16) 인용/피인용 타임라인 분석

Itakura Hideaki,JPX ; Kato Naoya,JPX ; Yoshinaga Tohru,JPX ; Kohama Tokio,JPX ; Maeda Kazuto,JPX, Activated charcoal canister.
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Mizuno Junzi (Okazaki JPX) Fukami Akira (Okazaki JPX) Okamoto Kunio (Okazaki JPX) Hanaki KenIchi (Aichi JPX), Apparatus for adsorbing fuel vapor.
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Mizuno, Junzi; Takeuchi, Yukihisa; Fukami, Akira; Wakayama, Masao; Tomita, Masahiro, Apparatus for adsorbing fuel vapor.
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Hyodo Yoshihiko,JPX ; Itoh Takaaki,JPX, Canister.
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Watanabe Hideo (Wako JPX) Udagawa Masatoshi (Wako JPX) Muramatsu Naritoshi (Wako JPX) Hoshino Hideki (Wako JPX) Yamazaki Kazumi (Wako JPX) Moriwaki Hideo (Wako JPX) Suzuki Atsushi (Hamamatsu JPX) Mor, Canister.
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Haruta Kazumi (Obu JPX) Yamada Hideo (Nagoya JPX) Koeda Kenji (Nagoya JPX), Canister for adsorbing evaporated fuel.
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Fukami Akira (Okazaki JPX) Noguchi Hiroki (Oobu JPX) Mizuno Junzi (Okazaki JPX) Ishii Takeshi (Anjo JPX), Canister for fuel evaporative emission control systems.
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Kozawa Tadashi (Aichi JPX), Canister for volatile fuel controlling device.
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Hideaki Watase,SGX ITX 556114 ; Vallejos Dalupan Romulo,PHX ITX 1300 ; Lay Tan Slew,SGX ITX 470131, Combustion enhancing apparatus and method.
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Yasukawa Masao (Okazaki JPX) Aoki Tomohide (Gifu JPX) Ohta Takashi (Nagoya JPX), Evaporative fuel control canister containing absorbent swelling by absorbing liquid fuel.
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Matsumoto Hideki (Wako JPX) Muramatsu Naritoshi (Wako JPX) Mihara Hiroaki (Wako JPX) Uchiyama Masahiko (Hamakita JPX) Ikuma Kouichi (Hamakita JPX) Suzuki Takenori (Hamakita JPX), Fuel vapor capturing canister having increased distance of flow of fuel vapor passing through adsorbent layer.
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Watanabe Hideo (Wako JPX) Mihara Hiroaki (Wako JPX) Ikuma Kouichi (Hamakita JPX) Suzuki Takenori (Hamamatsu JPX), Fuel vapor capturing canister having increased distance of flow of fuel vapor passing through adsorbent layer.
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Watanabe Hideo (Wako JPX) Mihara Hiroaki (Wako JPX) Ikuma Kouichi (Hamakita JPX) Suzuki Takenori (Hamamatsu JPX), Fuel vapor capturing canister having increased distance of flow of fuel vapor passing through adsorbent layer.
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Inagaki Shinji (Aichi JPX) Fukushima Yoshiaki (Aichi JPX) Ohta Takashi (Aichi JPX) Okada Akane (Aichi JPX), Fuel-sorbing device using layered porous silica.
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Maeda Kazuto (Aichi-gun JPX) Koyama Nobuhiko (Nagoya JPX) Tamura Hiroshi (Kariya JPX) Morikawa Junya (Kasugai JPX), Simplified canister for prevention of atmospheric diffusion of fuel vapor from a vehicle.
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Reddy Sam R. (Bloomfield MI), Swellable adsorbent diagnostic for fuel vapor handling system.
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