Bando Chemical Industries, Inc.

Other

Matsushita Electric Industrial Co., Ltd.

Kobe Steel, Ltd.

Panasonic Corporation

Kabushiki Kaisha Kobe Seiko Sho

Nabtesco Corporation

Jcr Pharmaceuticals Co., Ltd.

Sumitomo Rubber Industries Limited

Takeda Chemical Industries, Inc.

Joled Inc.

Phc Holdings Corporation

Panasonic Healthcare Holdings Co., Ltd.

Panasonic Healthcare Co., Ltd.

Takashi Miki

Yasuo Murakuki

Hiroshige Hirano

Shunichi Iwanari

Masahiko Sakagami

Kunisato Yamaoka

Yasushi Gohou

Takayuki Nagase

Tetsuji Nakakuma

Susumu Seino

Makoto Hasegawa

Takahiko Okazaki

Nobuhiro Suzuki

Kenichi Uesaka

Teppei Shinno

Hirotaka Tanaka

Jiro Yamashiro

Hiroyuki Inai

Yuka Yokoyama

Hiroshi Saiki

Atsushi Watanabe

Yoichi Mizuno

Takuya Horiguchi

Eriko Yoshioka

Hirotaka Ishizuka

Takahiro Kawachi

Yoshiyuki Fujii

Shouko Hironaka

Masako Nakatani

Masanori Tanaka

Keiji Ikeda

Fumiya Kato

Masumi Suzuki

Daiki Mizuoka

Shingo Ishida

Yasuaki Terao

Momoka Misaki

Dong Miao

Harushi Nagami

Tetsuya Maekawa

Natsuki Maekawa

Yasunori Hatanaka

Hiroshi Mabuchi

Mitsuhiro Uchino

Noboru Okabe

Sadaharu Nakamura

Ayuko Yamana

Takuya Suzuki

Mamiko Ochi

Yumi Suzuki

Junichi Miyazaki

Natsuki Sugimoto

Reiko Kondo

Haruaki Nakaya

Masanari Matsumoto

Toshihiko Iwanaga

Miho Okano

In a biological information measurement device, the ingress of biological sample is detected even when a sensor is mounted, which reduces measurement error. The biological information measurement device comprises a voltage supply component that supplies voltage between first and second connectors, between second and third connectors, and between first and third connectors, a current measurement component that measures a first current that flows between the first and second connectors, a second current that flows between the second and third connectors, and a third current that flows between the first and third connectors, and a controller that is connected to the current measurement component and the voltage supply component. The controller compares two or more of the currents and thereby determines whether a foreign substance has adhered between two or more connectors out of the first, second, and third connectors.

Biological information measuring device, bio sensor system, and error detection method for biological information measuring device

A resonator circuit has first to sixth transconductance units and the first to fourth connectors. The first transconductance unit has the first top, bottom, and control terminals. The second transconductance unit has the second top terminal connected to the first bottom terminal and has the second bottom and control terminals. The third transconductance unit has a third top terminal connected to the first top terminal and has the third bottom and control terminals. The fourth transconductance unit has the fourth top, bottom, and control terminals. The fifth transconductance unit has the fifth top terminal connected to the fourth bottom terminal and has the fifth bottom and control terminals. The sixth transconductance unit has the sixth top terminal connected to the fourth top terminal and has the sixth bottom and control terminals.

Resonator circuit

According to a production method of a rubber composition for tire of the present invention comprising a rubber component (A) comprising at least one selected from the group consisting of a natural rubber and a synthetic diene rubber, a filler, a coupling agent (D) of (CHO)&#x2014;Si&#x2014;(CH)&#x2014;S&#x2014;CO&#x2014;CH, and a vulcanizing agent (E) comprising a vulcanizer and a vulcanization accelerator, the method comprising: a step X1 of kneading all amount of A, a part of the filler and a part of D, a step X2 of kneading the kneaded product of step X1, the remaining amount of the filler and D, and a step F of kneading the kneaded product of step X2 and E, it is possible to produce a rubber composition for tire in which fuel efficiency and abrasion resistance are improved in a good balance.

Production method of rubber composition for tire and tire

A display device according to the present disclosure is a display device including a plurality of pixels arranged in a matrix, each of the plurality of pixels including: an EL element that emits light according to the amount of current supplied; a driving transistor that controls light emission of the EL element; and switches connected to a gate of the driving transistor. The display device includes an electric charge drawing unit configured to draw electric charges in the gate of the transistor provided in each of the plurality of pixels when power supply to the display device is stopped.

Display device

Provided is an ultra-low-temperature device that enables the cold head of a refrigeration device to be coupled in a detachable manner so as to be capable of highly efficient heat transfer with respect to an object being cooled, while effectively suppressing the infiltration of heat into the object being cooled. This ultra-low-temperature device is equipped with: a cooled object container (); a cold head insertion unit () having a cylindrical part () and a base part (); a thermal coupling formation part () forming a thermal coupling part between the low-temperature end () of the cold head () and the base part (); and a heat switch () provided between the base part () and the cooled object (). The thermal coupling formation part () has refrigeration-device side recesses and protrusions () and insertion-unit-side recesses and protrusions (), with the thermal coupling part being formed by the freezing of a gaseous heat transfer medium in the gaps () between these recesses and protrusions. The heat switch () has an insertion-unit-side heat switch element provided on the base part (), and a cooled-body-side switch element, and the transfer of heat is enabled or prevented on the basis of whether the switch elements are in contact or are separated from each other.

Ultra-low-temperature device and method for refrigerating object to be refrigerated using the same

The flow-through NMR analyzer comprises: a solution feeding pipe for flowing a sample; a superconducting magnet that encloses a housing space, which is surrounded by a side wall of the solution feeding pipe, around an axis of the solution feeding pipe such that a static magnetic field is generated along the axis of the solution feeding pipe; a vacuum container which houses the superconducting magnet in a cooled state and which encloses the housing space around the axis of the solution feeding pipe; and an RF coil which applies high-frequency electromagnetic waves to the sample inside the housing space and which detects an NMR signal from the sample. The RF coil is integrally formed with the side wall of the solution feeding pipe in a region of the solution feeding pipe that is enclosed by the superconducting magnet and the magnetic field correcting coil.

Flow-through NMR analyzer

A biological sample measuring device including a mounting portion to which a biological sample measuring sensor is mounted, a voltage application section that applies voltage to a counter electrode of the biological sample measuring sensor mounted to the mounting portion, amplifiers that are selectively connected to a working electrode of the biological sample measuring sensor, and a determination section that is connected to these amplifiers. The determination section has a threshold determination section that determines a voltage value obtained by voltage conversion of the current value of the working electrode, a same determination section that selectively connects the amplifiers to the working electrode depending on the determination of the threshold determination section, and identifies the sample deposited on the biological sample measuring sensor from the output of the selected amplifier, and an output section that outputs a measurement value corresponding to the identified sample.

Biological sample measuring device

A re-condensation device allows an NMR analysis device to be reduced in overall size and minimizes heat penetration into a liquid helium tank. An NMR analysis device provided with said re-condensation device. The re-condensation device includes: a second cooling member, part of which is inserted into a neck tube, and which re-condenses liquid helium; and a first cooling member, part of which is inserted into the neck tube. The second cooling member is thermally connected to a chiller's second cooling stage, and the first cooling member is thermally connected to the chiller's first cooling stage. The first cooling member has: a first insertion part, which has a diameter that allows insertion into the neck tube; and an inside contact part on the outer surface of the first insertion part and that cools heat seals by contacting, from the inside, a part of the neck tube that outside contact parts contact.

Re-condensation device and NMR analysis device provided therewith

The objective of the invention is to enhance measurement accuracy in a device for measuring a biological sample. To attain this objective, the invention is provided with a main case () having a sensor insertion section (), a measurement section () connected to the sensor insertion section (), a controller () connected to the measurement section (), and a display () connected to the controller (). An acceleration sensor () is furnished for detecting a shock applied to the sensor insertion section ().

Device for measuring biological sample

A stack valveincludes an ascending dividing valvewhich is provide on an ascending junction pathand controls the flow rate of a pressure fluid supplied to a head-side chamberof a bucket cylinder, an ascending branched pathwhich is branched from the ascending junction pathand connected to an unloading path, and an ascending cancellation switching valvewhich is provided on the ascending branched pathto close or open the ascending branched path. The ascending dividing valveand the ascending cancellation switching valveare provide in the same dividing section

Stack valve having bucket parallel movement function

A stack valveincludes a boom direction switching valve(first direction switching valve) connected to an unloading pathand a service valve(second direction switching valve) connected to the unloading pathat the downstream of the boom direction switching valve. At changeover positionsandat which the unloading pathon the upstream side is connected to one of the supply and discharge pathsandand the other one of the supply and discharge pathsandis connected to the unloading pathon the downstream side, the boom direction switching valveis connected to a boom valve tank return pathwhich connects the other one of the supply and discharge pathsandwith the tank path

Stack valve

An analysis device includes: a separation cavityfor separating a test liquid into a solution component and a solid component by using a centrifugal force; a higher specific gravity component quantitative cavityfor holding a portion of the separated solid component which has been transferred; a sample solution overflow cavityarranged between the higher specific gravity component quantitative cavityand the separation cavityand connected to a connecting channelfor transporting the sample liquid from the separation cavity; and a capillary cavityformed in the separation cavityfor temporarily holding a separated solution component (blood plasma) in the separation cavity. A blood plasma componentremaining in the separation cavityis trapped by the capillary cavity

Analysis device, and analysis apparatus and method using the same

The present invention provides a cleaning blade for an electrophotographic device, which, even when spherical (perfectly spherical or irregularly shaped), polymerized toner with a small particle diameter is used, can achieve sufficient abrasion resistance and sufficient cleaning ability (particularly cleaning ability under low-temperature and low-humidity conditions). The cleaning blade for an electrophotographic device includes an elastic rubber member; and a supporting member. The elastic rubber member has a double layer structure including an edge layer and a base layer. The edge layer is made of a material with a JIS-A hardness of 65&#xb0; to 72&#xb0; at 23&#xb0; C. and a rebound resilience of 10 to 35%. The base layer is made of a material with a JIS-A hardness of 70&#xb0; to 80&#xb0; at 23&#xb0; C. and a rebound resilience of 40 to 70%, the JIS-A hardness value being larger than the value of hardness of the edge layer.

Cleaning blade for electrophotographic device and method for manufacturing the same

An object of the present invention is to provide a cooled NMR probe including an antenna coil and capable of decreasing an operation temperature of the antenna coil by effectively cooling the antenna coil, thereby increasing detection sensitivity of an NMR signal. To attain this, a probe head according to the present invention includes a coil support member which supports the antenna coil, and a cooling member arranged around at least a portion of the coil support member, the cooling member providing a cooling space between the cooling member and the coil support member, the cooling space allowing a refrigerant to circulate therethrough. The cooling member is coupled to the coil support member such that the refrigerant flowing in the cooling space directly contacts an outer peripheral surface of the coil support member.

Cooled NMR probe head and NMR analyzer

Provided is a semiconductor memory device compatible with a SRAM and capable of a high-speed data transfer operation while maintaining data reliability. An access to a memory corestarts when an external chip enable signal XCE performs a falling transition. Simultaneously, an external write enable signal XWE and an external address signal ADD are received, and a memory cellin the memory corecorresponding to the received external address signal ADD is selected. When a data read-out from the memory cellor a data write-in to the memory cellis complete, a rewrite timeris activated in accordance with a rising transition of an external chip enable signal XCE or a rising transition of the external write enable signal XWE for performing a data rewrite for the memory cell

Semiconductor memory device

Growing community of inventors

Kobe, Japan

Takashi Miki