Mitsubishi Denki Kabushiki Kaisha

Jfe Steel Corporation

Nihon Kohden Corporation

Showa Denko Kabushiki Kaisha

Canon Kabushiki Kaisha

Sony Corporation

Mitsubishi Electric Corporation

Murata Manufacturing Co., Ltd.

Showa Denko K.k.

Nkk Corporation

Other

Nippon Electric Co., Ltd.

Sony Mobile Communications Inc.

Sds Biotech K.k.

Ricoh Company, Ltd.

Hiroshi Kubo

Hiroki Iwasa

Katsumi Kojima

Yoshihiko Yasue

Yasuhide Oshima

Takeshi Suzuki

Kinya Kato

Hiroki Nakamura

Norio Kimura

Yoichiro Yamanaka

Keishi Murakami

Junichi Kitagawa

Akihiro Okazaki

Yukihiro Nakamura

Yuki Yamaguchi

Tadashi Sato

Masaaki Yamashita

Akira Kuriyama

Masahiro Kawaguchi

Yoshinori Yomura

Toshihiko Miura

Yusuke Nakagawa

Norihiko Nakamura

Takashi Arai

Hiroshi Nishimoto

Yasuhiro Yano

Yoshiaki Nagao

Kazumasa Fujimoto

Kouichiro Takashima

Masaki Tada

Koji Endo

Hiroki Nakamaru

Masahiro Itoh

Takeshi Akai

Hiroyasu Sano

Shinya Kitaoka

Ayumu Hashimoto

Hiroki Shirado

Kazuhiro Kato

Hajime Tsukahara

Katsuyuki Motoyoshi

Tatsuya Ozaki

Atsushi Kanaya

Koichiro Takashima

Takashi Usuda

Yoshito Suzuki

Kimiharu Yanagisawa

Tetsuo Takematsu

Fumiyuki Heishi

Haruaki Ito

Masaya Otsuka

Tomohiko Ono

Nansho Seki

Yukio Koyama

Takashi Koyanagi

Nami Kanaya

Tomoki Nobuta

Shigehiro Chaen

Yuuki Nakada

Kazuo Tanada

Tetsuo Tsuruya

Yuka Nishihara

Kazutora Iinuma

Shinsuke Watanabe

Yasuhide Yoshida

Keiji Sugawara

Shigeo Kitaoka

Hisashi Ebisawa

Katsuhiro Johkoh

Yoshinobu Kawase

Sosuke Takahashi

Noriyuki Sato

Rie Muneshima

Takayuki Nagayasu

Akihiko Furuta

Kiyohito Fujita

Takuya Inaba

Tomoya Yamaoka

Hidejiro Yokoo

Mikiyuki Ichiba

Takeshi Miura

Masatomo Ito

Yasuhiro Kageyama

Teruko Sakurai

Akira Nobukuni

Shingo Wake

Akihiro Furuta

Takeshi Uraguchi

Tomoko Goto

Hironori Sugawara

Kazuyuki Suda

Tomohito Oda

Tatuya Michibayashi

Shizuo Ohga

Akira Terakawa

Takashi Isono

Kazuhiro Kojima

Katsunori Nakai

Kohei Otaka

Takuma Sano

An electrode foil having high capacitance per unit volume is provided. The electrode foil is an electrode foil for an electrolytic capacitor. The electrode foil is an electrode foil extending in a longitudinal direction and having a width direction orthogonal to the longitudinal direction, the electrode foil including an enlarged surface portion on a surface of the electrode foil, wherein a crack is formed in the enlarged surface portion in a direction oblique to the width direction.

Electrode foil for electrolytic capacitor and electrolytic capacitor

A pulse discrimination device is configured to receive electrical signals from a plurality of positions of a living body to which a pacing device for outputting a pacing pulse to cause a heart to beat is attached, and is configured to discriminate the pacing pulse included in the electrical signals. The pulse discrimination device includes a differential processor configured to calculate a difference of the electrical signals received from the plurality of positions, a sum processor configured to calculate a sum of the electrical signals received from the plurality of positions, and a pulse discrimination unit configured to discriminate the pacing pulse included in the electrical signals based on the difference obtained by the differential processor and the sum obtained by the sum processor.

Pulse discrimination device and electrocardiogram analyzer

A pulse discrimination device is configured to receive an electrical signal from a living body in which a functional pulse propagates at a predetermined time interval, and is configured to discriminate between the functional pulse and a noise pulse which are included in the electrical signal. The pulse discrimination device includes: a pulse detector configured to sequentially detect an electrical pulse included in the electrical signal based on variation in an intensity of the electrical signal received from the living body; and a pulse discrimination unit configured to determine whether the electrical pulse detected by the pulse detector is the functional pulse or the noise pulse based on a detection interval of the electrical pulse detected by the pulse detector and a pulse time predetermined based on the predetermined time interval.

A physiological information system includes: a plurality of physiological information sensors configured to acquire physiological information data of a subject being tested, and a physiological information processing apparatus communicatively connected to each of the plurality of physiological information sensors. The physiological information processing apparatus is configured to transmit a synchronous packet toward each of the plurality of physiological information sensors. Each of the plurality of physiological information sensors is configured to: acquire the physiological information data of the subject being tested; receive the synchronous packet transmitted from the physiological information processing apparatus or a trigger signal associated with the synchronous packet; start AD conversion processing for the acquired physiological information data when receiving the synchronous packet or the trigger signal; and transmit the physiological information data converted into digital data to the physiological information processing apparatus.

Physiological information system, physiological information sensor and physiological information processing apparatus

A pulse discrimination device is configured to receive electrical signals from a plurality of positions of a living body to which a pacing device for outputting a pacing pulse to cause a heart to beat is attached, and is configured to discriminate the pacing pulse included in the electrical signals. The pulse discrimination device includes: a differential processor configured to calculate a difference of the electrical signals received from the plurality of positions, a sum processor configured to calculate a sum of the electrical signals received from the plurality of positions, and a pulse discrimination unit configured to discriminate the pacing pulse included in the electrical signals based on the difference obtained by the differential processor and the sum obtained by the sum processor.

To provide a display device that implements highly reliable waterproofness without reducing the ratio of a display member in a housing. The display device includes a display member having a flat-plate shape, a frame provided on a peripheral edge of a back surface facing a display surface of the display member, and a housing member provided on a side surface of the display member to surround the display surface, in which the housing member is provided with adhesive members on surfaces substantially parallel to the display surface and different from each other on a long side and a short side of the housing member, and at least one or more corners of four corners of the display surface are provided with a connecting adhesive member that connects the adhesive member of the long side of the housing member and the adhesive member of the short side of the housing member.

Display device with adhesive frame and corner adhesive connection member

An electrolytic capacitor-specific electrode member is used for an electrolytic capacitor, and formed in a wire shape. The electrolytic capacitor-specific electrode member has an outer surface including at least one or more first cavity portions opened to outside, and at least one or more second cavity portions opened at least to the first cavity portions. The second cavity portions are smaller in opening diameter represented by a circle equivalent diameter than the first cavity portions.

Electrolytic capacitor-specific electrode member and electrolytic capacitor

A patient monitoring system includes a patient monitor configured to display physiological information of a subject, and a signal relay apparatus configured to communicate with the patient monitor. The signal relay apparatus includes a sensor interface configured to receive a signal from a sensor attached to the subject, an analyzer configured to analyze the signal to acquire data corresponding to the physiological information, a communication interface configured to transmit at least one of the signal and the data to the patient monitor, and a controller configured to perform a notification when a display of the physiological information on the patient monitor meets a first abnormality condition.

Signal relay apparatus and patient monitoring system

An electrolytic capacitor-specific electrode member is included in an electrolytic capacitor. The electrolytic capacitor-specific electrode member has a wire shape. The electrolytic capacitor-specific electrode member includes a core portion and a porous layer located around the core portion. In a cross section of the electrolytic capacitor-specific electrode member perpendicular to its axial direction, the porous layer includes a plurality of layers arranged concentrically from the core portion toward outside and at least including two layers having different void ratios.

A vital information monitor () includes a vital sign acquiring section () which acquires vital signs of a patient into whom a tracheal tube () connected to a respirator () is intubated, a producing section () which produces an extubation process display screen () on which determination items contained in an extubation process for removing the tracheal tube () from the patient are displayed, a displaying section () on which the vital signs acquired by the vital sign acquiring section and the extubation process display screen () are displayed, and a determining section () which determines whether the determination items satisfy predetermined conditions.

Vital information monitor

A stereostructure includes a core portion, and a porous portion located around the core portion. The porous portion located inside a position which is inside from an outer edge of the porous portion by 3/20 of a diameter of the stereostructure in an arbitrary cross section of the stereostructure has a void ratio per unit area of less than or equal to 80%.

Stereostructure

A resin-coated metal sheet for can lids includes a metal sheet coated with thermoplastic resin films on both surfaces and formed into a can lid. A thermoplastic resin film A based on polybutylene terephthalate (PBT) and polyethylene terephthalate (PET) is heat-fused on a surface of the metal sheet serving as an exterior surface of the can lid, and a thermoplastic resin film B based on polyethylene terephthalate (PET) is heat-fused on a surface of the metal sheet serving as an interior surface of the can lid. A composition ratio (wt %) of PBT/PET in the thermoplastic resin film A on the exterior surface is (PBT/PET)=(40/60) to (80/20), and the thermoplastic resin film B on the interior surface includes 95 mol % or more of PET.

Resin-coated metal sheet for can lids

A laminated steel sheet for a two-piece can body with a high strain level satisfying the following formulae, the polyester resin layer composing the laminated steel sheet having a center line surface roughness (Ra) of 0.2 &#x3bc;m to 1.8 &#x3bc;m:,0.1&#x2264;&#x2264;0.25, and 1.5&#x2264;/()&#x2264;4

Method for production of two-piece can

A biological information measuring apparatus and method are provided. A pulsation information detecting unit detects heartbeat information relating to a heartbeat of a subject. A pulse wave detecting unit detects a pulse wave while a portion of the subject is pressurized and depressurized by a cuff. An amplitude calculating unit detects a cardiac cycle of a heart from the heartbeat information and a maximal value of the pulse wave in each cardiac cycle, and calculates, based on the maximal value detected from the pulse wave, at least one of an amplitude value derived from the heartbeat of the subject, an amplitude value assisted by an IABP, and an amplitude value derived from a blood flow volume of the subject. A blood pressure calculating unit calculates a blood pressure value from a relationship between the amplitude values calculated by the amplitude calculating unit and a pressurizing force of the cuff.

Biological information measuring apparatus and biological information measuring method

A biological information measuring apparatus and a biological information measuring method are provided. The biological information measuring apparatus includes a pulsation information detecting unit configured to detect heartbeat information relating to a heartbeat of a subject, a blood pressure waveform measuring unit configured to measure a blood pressure waveform of the subject in an invasive manner, and a calculating unit configured to detect a cardiac cycle from the heartbeat information and to calculate, based on a detection of a maximal blood pressure value of the blood pressure waveform in the cardiac cycle, at least one of a systolic pressure of the subject, an end-diastolic pressure of the subject, an augmentation pressure of an IABP (intra-aortic balloon pumping), a systolic pressure assisted by the IABP and an end-diastolic pressure assisted by the IABP.

Growing community of inventors

Tokyo, Japan

Hiroshi Kubo