Ntt Docomo, Inc.

Nok Corporation

Panasonic Intellectual Property Management Co., Ltd.

Nippon Mektron Limited

Kaneka Corporation

Other

Honda Motor Co., Ltd.

Takahiro Hayashi

Akihito Hanaki

Yoshikazu Goto

Junichiro Kawamoto

Yukiko Takagi

Yoshihiro Ishikawa

Mikio Iwamura

Takehiro Nakamura

Seizo Onoe

Yoshiaki Ofuji

Hiroyuki Ishii

Keiichi Miyajima

Yuichi Otsuki

Seiichi Yamashita

Koji Furutani

Toshifumi Kamiya

Makoto Hora

Sung Uk Moon

Hidehiro Ando

Mikio Fukui

Jun Fukuzawa

Kenkichi Tanaka

Kenichiro Aoyagi

Koji Kobayashi

Hiroshi Fujiwara

Takaaki Sato

Shuhei Goto

Hiroyuki Hosono

Masafumi Masuda

Yuichiro Nakamura

Kazunori Obata

Satoshi Oyama

Hajime Yui

Yoshiyuki Yasuda

Osamu Kobayashi

Satoru Terada

Yoshihiro Kurano

Kenichi Oba

Toshiyuki Futakata

Hideyuki Matsutani

Go Morimoto

Tetsuya Urakawa

Akihito Giga

Takayuki Horimoto

Takeshi Masaka

Tadayuki Saito

Tsunehiko Ikarashi

Shotaro Koga

Takahide Yamaguchi

Takuro Nishimura

Takeshi Terayama

Takayuki Komori

Hiroyuki Katsube

Hiromichi Kanazawa

Hiroshi Kobayashi

Hidetoshi Saso

Shigeru Motani

Toshiya Ito

Ryosuke Otani

Satomi Yoshida

Takehiko Iritani

Satomi Yogo

Yoshiaki Oofuji

Syunji Kurihara

Takahiro Tayauchi

Masayuki Kubo

Taisei Hayashi

A cooking device according to the present disclosure comprises: a heating chamber configured to accommodate an object-to-be-heated; a circulation fan configured to suck air in the heating chamber and blow the sucked air into the heating chamber; a heating chamber internal flow path forming unit disposed inside the heating chamber and configured to define the flow rate and the blowing direction of the air blown into the heating chamber by the circulation fan; and an internal temperature sensor disposed in a circulation path of the air and provided in a region apart from the heating chamber internal flow path forming unit by a predetermined distance, the circulation path being formed inside the heating chamber by the heating chamber internal flow path forming unit.

Cooking device

A microfluidic chip includes a flow passage plate, a flat plate, and an annular seal. In the flow passage plate, a recess forming a flow passage for liquid and a communication hole communicating with the recess are formed. The flat plate is stacked on or under the flow passage plate to close the recess for defining the flow passage. In the flat plate, a communication through-hole communicating with the recess is formed. The annular seal is located on, or formed on, an outer surface of at least one of the flow passage plate and the flat plate, the annular seal surrounding at least one of the communication hole and the communication through-hole. The annular seal is made of an elastomer.

Microfluidic chip and microfluidic device

A process for producing gaskets by curing a liquid molding material applied over a plate by a dispenser, wherein in order to improve accuracy in the cross-sectional shape and/or height of the gaskets, the process comprises the steps of: using a dispenser to coat the upper surface of a plate with a liquid molding material, and form a coating layer extending endlessly in a prescribed pattern; and overlapping a molding jig on the plate, the molding jig having in a lower surface a molding groove extending endlessly in a prescribed pattern corresponding to the coating layer, correcting the cross-sectional shape of the coating layer to a cross-sectional shape that corresponds to the molding groove, and curing the coating layer.

Method of manufacturing gasket

Cooking apparatus () includes heating chamber () in which an object to be heated is rested, radiant heater unit () provided inside heating chamber () and operating in the preheating mode and cooking mode, and a control unit controlling radiant heater unit (). The control unit is configured to make radiant heater unit () operate in the standby mode, which is a mode after the preheating mode ends and until the cooking mode starts. According to this aspect, the surface temperature of radiant heater unit () is kept at a high level during the standby mode to suppress uneven browning due to variations in the surface temperature of radiant heater unit () when cooking starts.

Cooking apparatus

In a cooker according to the present disclosure, a convection heater for executing a convection mode and a circulation fan are disposed in a convection forming space that is in communication with a heating chamber, and a fan driver is disposed outside of the convection forming space. The cooker includes a leakage suppression mechanism for suppressing a microwave leak from the convection forming space. The leakage suppression mechanism is formed by a coaxial seal for setting a distance between opposing faces, i.e., between a circulation fan shaft passing through a first wall forming the convection forming space and the first wall to a predetermined distance or smaller. Therefore, a microwave leak from a mechanism for executing the convection mode is suppressed, and heat cooking with a microwave-heating mode can highly effectively be performed.

Cooker

In a microwave heating device of the present disclosure, inverter unit drives first and second microwave generators. Cooling unit cools first and second microwave generators and inverter unit. First and second waveguides supplies, to cavity, microwaves generated by first and second microwave generators. First and second microwave generators are disposed side by side in a right-left direction below a bottom surface of cavity. Inverter unit and cooling fan are disposed from the first and second microwave generators toward a front side in order, and first and second waveguides are provided so as to extend in a front-back direction from first and second microwave generators, respectively. According to the present disclosure, the microwave heating device can be further downsized in a right-left direction.

Microwave heating device

A unit cell that constitutes a fuel cell stack is obtained by sandwiching an electrolyte mem-brane/electrode structure with a cathode-side separator and an anode-side separator. A first resin member is provided along the entire periphery of the cathode-side separator in the outer peripheral portion of the cathode-side separator. Surfaces of the cathode-side separator are provided with sealing parts that cover a part of the first resin member and constitute a first sealing member.

Separator for fuel cells and method for producing same

Heating cooker () of the present disclosure includes convection device () that includes fan (), heater (), a first air guide, and second air guide, is communicated with heating chamber () through a suction port and a discharge port provided in back wall () of heating chamber (), and supplies hot air to the heating chamber (). Fan () sucks air inside heating chamber () from the suction port into convection device (), and sends out the air from the discharge port into heating chamber (). Heater () is provided in front of fan (), and heats the sucked air. The first air guide is provided so as to surround heater (), and guides the heated air to the discharge port. The second air guide is provided so as to surround fan () and the first air guide, and guides the heated air to the discharge port. A part of the second air guide is in contact with the first air guide, and another part of the second air guide is isolated from the first air guide. According to the present disclosure, it is possible to more uniformly heat the object to be heated.

Heating cooker

A method has the steps of forming a lot of potting portions made of a rubber-like elastic material at appropriate intervals in respect of an extending direction of the gasket main body in the one side in the thickness direction in the peripheral edge portion of the plate in such a manner as to be positioned in a forming area of the gasket main body, next, pinching a portion constructed by the peripheral edge portion of the plate and the potting portion between inner surfaces of a gasket forming cavity of the metal mold and bringing the other side in the thickness direction of the peripheral edge portion into close contact with the one inner surface of the cavity by positioning and arranging the plate within the metal mold and clamping the mold, and filling a liquid rubber material into the cavity and curing the liquid rubber material.

Method of manufacturing plate-integrated gasket

The purpose of this invention is to make it easy to handle all-rubber gaskets. To achieve this purpose, a gasket is characterized in that a gasket body of only rubber is combined with a carrier film that is made from a resin film to hold the gasket body in a non-adhesive state. A three-dimensional portion having a shape that is deformed along the external shape of the gasket body is provided at a position where the gasket body and a plane of the carrier film overlap, and a portion of the gasket body is contained in the three-dimensional section. The gasket body is used as a gasket for fuel cells incorporated into a fuel cell stack.

Gasket including carrier film and method of manufacturing the same

In a heat cooking device equipped with a memory card attaching mechanism for inserting a memory card, the memory card attaching mechanism is configured to have, on a lower face of a main body of the heat cooking device, a card insertion port for inserting the memory card vertically upward. The card insertion port is configured to be hidden by a front grille panel attached to a machine chamber lying under the main body so as not to be exposed from the heat cooking device. Therefore, the reliable commercial heat cooking device that does not require a special waterproof measure can be provided.

Heat cooking device

During a transition procedure from a first communication system to a second communication system, when the priority of a second communication call, whose setup is requested, is the first priority, the second communication system does not set up the bearer of a first communication call between the second communication system and the mobile communication terminal, and notifies the first communication system that the setup of the first communication is not possible, but the setup of the second communication call is possible. When notified that the setup of the first communication is not possible, but the setup of the second communication call is possible, the first communication system aborts the handover procedure, and instructs the mobile communication terminal to switch to the second communication system by another procedure.

Mobile communication system, network device, and mobile communication method

A waterproof gasket for a small size electronic appliance of the invention has straight portions (A) and corner portions (B) alternately in a peripheral direction, a main seal portion () and a seat seal portion () brought into close contact with a bottom surface of a gasket retention groove are formed, a shoulder portion () protruding in a width direction between said main seal portion () and the seat seal portion () so as to be brought into close contact with an inner side surface of a groove shoulder of said gasket retention groove is formed in said straight portion (A), and a recession portion () retracting in a width direction relatively from said shoulder portion () between said main seal portion () and the seat seal portion () is formed in said corner portion (B). Accordingly, a partial compression reaction force increase is prevented in the corner portion.

Gasket for small size electronic appliance

To minimize thermal influence when integrally forming the sealing member on a flexible wiring board, a sealing structure includes a housing, a flexible wiring board inserted therethrough, and a sealing member integrally formed with the flexible wiring board to airtightly seal a gap between the housing and the flexible wiring board, the flexible wiring board includes a base substrate made of an elastic material, an electrically conductive printed wiring layer formed on a surface of the base substrate, and a cover film covering a surface of the printed wiring layer, and the printed wiring layer which crosses the sealing member is formed as a plurality of divided print wiring layers at only a crossing region with the sealing member and its vicinity.

Sealing structure

In order to provide excellent waterproofness at a low manufacturing cost to a seal structure comprising a housing to which a flexible wiring board () is inserted and a seal member () integrally formed on said flexible wiring board () for hermetically sealing a gap between said housing and said flexible wiring board (), a whole surface of a sensor member () arranged on at least one side of said flexible wiring board () is coated by same material as is used in said seal member (), at a time of integrally forming the seal member () on the flexible wiring board ().

Seal structure

Growing community of inventors

Yokosuka, Japan

Takahiro Hayashi