Honda Motor Co., Ltd.

Shimizu Construction Co., Ltd.

Nihon Kohden Corporation

Zeon Corporation

Ceva Sante Animale

Ideal Brain Co., Ltd.

Other

Nippon Steel Corporation

Eagle Industry Co., Ltd.

Toagosei Company, Ltd.

Eagleburgmann Japan Co., Ltd.

Takanori Sato

Tetsuya Arai

Hiroshi Moriyama

Takashi Suzuki

Yutaka Saito

Yasushi Watanabe

Shin Yoshida

Yuichi Hirata

Yasukazu Nakamura

Tatsuya Kuroda

Shuji Saitoh

Motoyuki Esaki

Yasuyuki Nonaka

Hirohito Igarashi

Yoshihiro Orito

Hiroki Tokuichi

Yuji Arai

Masayuki Inoue

Yuki Sato

Tetsuhiko Yoshida

Takashi Yamaguchi

Takashi Yanagisawa

Keiichi Kondo

Nahoko Kobayashi

Hidetoshi Dainobu

Kenichi Ikeda

Shuji Saito

Yusuke Ninomiya

Hyun S Lillehoj

Shigeki Edamatsu

Toru Ito

Kristi M Dorsey

Osamu Hosokawa

Takuo Kobayashi

Ryuhei Tamamoto

Kenichi Fukami

Chisako Takahashi

Naruhiko Okubo

Keiichiro Nakao

Yoshinari Tsuzaki

Masahiro Koike

Katsuhide Tone

Akinori Hirano

Shinji Ago

Atsushi Murao

Kazunori Yoshifuku

Hiroaki Yahagi

Shogo Shirasaka

Norihide Shimizu

Hideo Nakajima

Seiho Kitagawa

Tomoo Shokawa

Hideyo Shiokawa

Atsushi Yasuda

Yasutoshi Komiya

Wongi Min

Kazumitsu Takanashi

Takeshi Sano

Kazunori Koshida

Hideo Nakashima

Koki Mizutani

Masaki Teraishi

Takamitsu Shimizu

A mounting member which is to be attached to a cart to which a monitor configured to display an ultrasonic image is fixed, the mounting member on which an ultrasonic measurement apparatus configured to acquire the ultrasonic image is to be mounted, the mounting member includes a fixing portion to which at least a part of a cable and connector part that are connected to a probe of the ultrasonic measurement apparatus is to be fitted and fixed.

Mounting member and medical apparatus

A laser processing apparatusincludes: a laser head H; a conveying devicethat conveys a workpiece W; a head driving mechanism that moves the laser head H; a dust collecting boxthat moves below the workpiece W and follows the laser head H such that the dust collecting boxis disposed below the laser head H; an outer support rollerand an inner support rollerthat are provided at an openingof the dust collecting bozand are rotatable around an axis parallel to a width direction orthogonal to a conveying direction Fy; and a counter rollerthat rotates the outer support rollerin synchronization with a conveying operation of the workpiece W by the conveying device. The counter rollertransmits motive power of the conveying deviceas a belt conveyor to the outer support roller

Laser processing apparatus

A laser processing apparatusincludes: a laser head H; a head driving mechanism that moves the laser head H above a workpiece W; and a dust collecting boxthat moves below the workpiece W and follows the laser head H. A non-contact support unitis provided at an openingof the dust collecting box, and the non-contact support unitsuctions a lower surface of the workpiece W toward a suction surfaceand supports the workpiece W without bringing the lower surface of the workpiece W and the suction surfaceinto contact with each other. An outer support rollerand an inner support rollerthat are each rotatable about an axis parallel to a width direction orthogonal or substantially orthogonal to a conveying direction Fy are provided at the opening

Engine includes: crankcase housing crankshaft extending in vertical direction; cylinder block mounted on side of crankcase and formed with cylinder; cylinder head mounted on side of cylinder block and provided with air inlet port and air outlet port communicating with cylinder; cylinder head cover mounted on side of cylinder head and covering air inlet port and air outlet port; mount case including: supporting portion provided below crankcase and cylinder block and supporting crankcase and cylinder block; and extending portion extending from supporting portion below cylinder head and cylinder head cover; oil pan provided below mount case and storing lubricating oil; and communication tube communicating first space formed between cylinder head and cylinder head cover and second space formed between mount case and oil pan. Communication tube is provided between cylinder head cover and extending portion.

Engine, outboard motor and boat

A V-type multi-cylinder engine including a pair of banks, includes: an intake member forming an intake passage through which air is guided from outside; a pair of throttles each configured to regulate an amount of the air sucked into each of the pair of banks through the intake passage; and one single temperature sensor configured to detect a temperature of the air in the intake passage. The intake member includes a pair of openings downstream in a flowing direction of the air. Each the pair of throttles is connected to each of the pair of openings. The temperature sensor is disposed between the pair of openings.

A measuring apparatus is configured to be connected to an electrode to measure biopotential. The measuring apparatus has an input box to which the electrode is connected. The input box has a tubular elastic member configured to hold a cap to be mounted on the electrode, and an insertion portion configured such that the elastic member is insertable into the insertion portion. The elastic member has an entrance having a first inner diameter and a contracted portion having a second inner diameter smaller than the first inner diameter.

Measuring apparatus, elastic member, and input box

A pressurization processing system that performs pressurization processing on a target by immersing the target in the sea or a lake, includes a housing body that is configured to house the target, a buoyancy body that is configured to float the housing body, a weight body that has a specific gravity greater than that of seawater or lake water, and a separation mechanism that separably connects the housing body and the weight body. In the system, the buoyancy body includes a housing bag having water permeability, and the housing bag houses a plurality of hollow glass spheres, and is immersed in the seawater or the lake water so that a space between the plurality of hollow glass spheres housed in the housing bag is filled with the seawater or the lake water.

Pressurization processing system

A machining swarf removing apparatus includes a left and a right machining swarf removing units. When removing machining swarf adhered to a recovery box, the left machining swarf removing unit is placed in removal starting position. A brush enters an insertion-ready state in which transverse direction thereof is oriented in a second direction D. The brush is moved to an insertion position for insertion into the recovery box, then the brush is rotated to enter a machining swarf removal-ready state in which a longitudinal direction thereof is oriented in the second direction D. The left machining swarf removing unit is moved to remove the machining swarf adhered to the recovery box by the brush, while a left rod vibrating device is driven to vibrate a rod, vibrating the brush attached to the rod.

Machining swarf removing apparatus

Provided are a laser processing method and a laser processing device which prevent a laser irradiation unit from colliding with an edge of a plate material when the laser irradiation unit returns to a portion just above the plate material from an outer part of the portion just above the plate material. The laser processing method for cutting a plate material by laser irradiation, the method including: a plate material end portion holding process of holding a position of an end portion of the plate material at a predetermined position when a laser irradiation unit is present outside a portion just above the plate material; and a laser irradiation unit moving process in which the laser irradiation unit moves from an outer part of the portion just above the plate material to the portion just above the plate material.

Laser processing method and laser processing device

A low-alloy steel has a composition including, by mass %, C: more than 0.45 and up to 0.65%; Si: 0.05 to 0.50%; Mn: 0.10 to 1.00%; P: up to 0.020%; S: up to 0.0020%; Cu: up to 0.1%; Cr: 0.40 to 1.50%; Ni: up to 0.1%; Mo: 0.50 to 2.50%; Ti: up to 0.01%; V: 0.05 to 0.25%; Nb: 0.005 to 0.20%; Al: 0.010 to 0.100%; B: up to 0.0005%; Ca: 0 to 0.003%; 0: up to 0.01%; N: up to 0.007%; and other elements. A microstructure consists of tempered martensite and retained austenite &#x3c;2% in volume fraction, crystal grain size number being 9.0 or larger, number density of carbonitride-based inclusions with grain diameter of 50 &#x3bc;m or larger being 10 inclusions/100 mmor smaller, and yield strength being 965 MPa or higher.

Low-alloy steel for oil well pipe and method of manufacturing low-alloy steel oil well pipe

The present invention relates to novel recombinant swinepox viruses and their use in vaccine compositions. The recombinant swinepox viruses of the invention are doubly defective for IL18bp and TK genes, and comprise at least one foreign gene cloned into defective TK gene sequence. The invention is particularly suited to produce swine vaccines, particularly for vaccinating swine against PCV2 infection.

Multivalent recombinant SPV

The present invention relates recombinant viruses and the uses thereof. More particularly, the invention relates to novel recombinant Marek's disease viruses encoding polypeptide(s) of interest, and their use to express or deliver such polypeptides to animals, particularly poultry. The invention is particularly suited to vaccinate poultry against avian pathogens.

Recombinant Marek's disease viruses and uses thereof

The present invention relates to novel immunogenic polypeptides and their use in vaccine compositions. The invention also relates to nucleic acids, vectors and cells which express the polypeptides and the uses thereof. The polypeptides of the invention more specifically comprise an immunogenic domain and a cell membrane addressing domain which is derived from a B5R gene. The invention is particularly suited to produce vaccines for non-human animals, particularly for vaccinating swine against PCV2 infection.

Fusion polypeptides and vaccines

To provide a gas sensor kit and a gas measurement system in which a problem in arrangement of a signal processor and an atmospheric pressure sensor at the time of measuring a gas is solved. A gas sensor kit includes a sensor and a connector. The connector includes an atmospheric pressure sensor measuring an atmospheric pressure and a signal processor. The signal processor receives a measurement signal indicating a transmitted light quantity of a target gas from the sensor and obtains a measurement value of a concentration or a partial pressure of the target gas based on the measurement signal. The signal processor corrects the measurement value of the concentration or the partial pressure of the target gas by using an atmospheric pressure value measured by the atmospheric pressure sensor.

Gas sensor kit and gas measurement system

The present invention relates to novel recombinant swinepox viruses and their use in vaccine compositions. The recombinant swinepox viruses of the invention are produced 5 by inserting one or more foreign genes into IL-18 binding protein (IL18bp) gene of swinepox virus. The invention is particularly suited to produce swine vaccines, particularly for vaccinating swine against PCV2 infection.

Recombinant swinepox virus and vaccines

Growing community of inventors

Tokyo, Japan

Takanori Sato