Hitachi, Ltd.

Mitsubishi Electric Corporation

Tosoh Corporation

Sony Corporation

Tokyo Rope Manufacturing Co., Ltd.

Mitsubishi Denki Kabushiki Kaisha

Oriental Shiraishi Corporation

Mazda Motor Corporation

Tokyo Shibaura Denki Kabushiki Kaisha

Ando Electric Company

Tokyo Rope Mfg. Co., Ltd.

Sagami Chemical Research Institute

Gohda Industrial Co., Ltd.

Mitsubishi Denki Kabushiki Kashia

Toru Tanaka

Yasunori Kaneda

Yuichi Taguchi

Teruhiko Ide

Noriko Nakajima

Atsumi Terayama

Shinji Watanabe

Tatsuhiko Takahashi

Akihisa Nagami

Masayuki Yamamoto

Teiji Okamoto

Yoshiharu Asaoka

Keisuke Hatasaki

Hiroshi Nasu

Jun Mizuno

Toshio Otani

Takashi Amano

Tomokazu Makino

Yoshihiro Tanaka

Fumi Miyazaki

Toyota Honda

Seiji Tanaka

Hiroshi Watase

Meguru Tsunomoto

Hiroyuki Fukuyama

Eiji Koda

Takayuki Suzuki

Tadashi Sakai

Hiroshi Hirayama

Atsushi Inoue

Tomohiro Ishii

Hideki Hagari

Yuji Suzuki

Osamu Ishikawa

Katsuhiko Tsunehara

Yoshinori Okami

Kiyoshi Omori

Yuhei Matsushima

Tomohisa Shoda

Hideaki Tani

Shinichi Kawamoto

Takayasu Muto

Koji Nishimoto

Tomokuni Kusunoki

Takeru Okabe

Shigeyuki Sudo

Hidekazu Seto

Yusuke Matsuda

Yasuaki Takahara

Takeshi Sawada

Keitaro Ezumi

Michihisa Yokono

Satoshi Muto

Hiroki Morimoto

Norihiko Kawakami

Takashi Sugimoto

Yuji Zushi

Junkichi Sugita

Tetsuo Shinagawa

Hitoshi Taniguchi

Yuuichi Suginishi

Osamu Maeda

Mitsuyasu Kunihiro

Yosuke Terao

Naoki Yamanaka

Tomoki Kawabata

Hideho Maeda

Osamu Mitsui

Mamoru Osato

Shinya Imanishi

Yumiko Watanabe

Yoji Miyasako

Naoya Hoshino

Satoshi Hanzawa

Toshinobu Toyoshima

Masami Kashiwagi

Kouta Hatayama

Natsuko Kizu

Kei-ichi Murayama

Seigou Oe

Toru Imaizumi

Masayoshi Ito

Mitsugu Gohda

Akihiro Fukui

Takeji Yoshida

Ryuji Nakamura

Hiroshi Masuya

Masaru Aoki

A work instruction system includes: a production progress management device including a communication unit configured to communicate with a work instruction device, a product signal storage unit that stores a product signal including position information of a product, a product in-progress process estimation unit configured to estimate an in-progress process of the product using the position information, and a production progress estimation and update unit configured to estimate production progress of the product in accordance with a change in the position information and update production progress information; and the work instruction device including a communication unit configured to communicate with the production progress management device, a production progress storage unit that stores the production progress information, a data collection unit configured to obtain progress management information updated from the production progress management device, a recommended work generation unit configured to generate recommended work information, and an output unit.

Work instruction system and work instruction method

A concrete structure includes a continuous fiber-reinforced polymer material arranged as a main reinforcing material or a tendon. A short fiber reinforcing material consisting of an organic fiber is mixed in 0.5% or more with respect to an entire volume. The continuous fiber-reinforced polymer material is shaped like a rod or a stranded wire. A ratio Lf/Gm between a fiber length Lf of the organic fiber of the short fiber reinforcing material and a maximum aggregate diameter Gm of a concrete composition is 1.2 to 3.7, and an aspect ratio Lf/De, in which De is an equivalent diameter that is a cross-sectional area of the organic fiber converted into a circle diameter, is 30 to 69.

Short fiber-reinforced concrete structure using continuous fiber-reinforced polymer material

In an anchorage () of continuous fiber-reinforced polymer (CFRP) strands that anchors continuous fiber-reinforced polymer strands () to concrete structures, there is provided an untwisted diameter-expanded portion () expanded to a diameter Dby being radially expanded with respect to a diameter Dof a general portion () of the CFRP strands () by untwisting any section of the CFRP strands () formed by stranding a plurality of element wires () that are bundles of multiple continuous fibers, and filling and curing a time curable material () in a clearance among the element wires the untwisted section that is untwisted.

Anchorage of continuous fiber-reinforced polymer strands

Provided are: an Fc-binding protein having improved stability, particularly to heat and acid; a method for producing the protein; an antibody adsorbent using the protein; and a method for separating the antibodies using the adsorbent. Specifically provided are: an Fc-binding protein having improved stability to heat and acid, achieved by substituting an amino-acid residue in a specific position in the extracellular region of human FcyRIIIa with another specific amino acid; a method for producing the protein; an antibody adsorbent using the protein; and a method for separating the antibodies using the adsorbent.

Fc-binding protein, method for producing said protein, antibody adsorbent using said protein, and method for separating antibody using said adsorbent

The present invention addresses the first problem of providing an Fc-binding protein having improved stability, especially stability to heat and acid, of the Fc-binding protein, a method for producing this protein, and an antibody adsorbent using this protein. The present invention also addresses the second problem of providing a method that makes it possible to identify the presence or absence of glycosylation of an antibody, and a material to be used in this method. The first problem is solved by an Fc-binding protein having improved stability to heat and acid obtained by substituting amino acid residues at specific positions in the extracellular domain within human Fc&#x3b3;RIIIa with other specific amino acids, a method for producing this protein, and an antibody adsorbent using this protein. The second problem is solved by using an adsorbent capable of specifically adsorbing an antibody having a sugar chain, the adsorbent being obtained by immobilizing human Fc&#x3b3;RIIIa on an insoluble carrier.

Fc-binding protein, method for producing said protein, and antibody adsorbent using said protein, and methods for purifying and identifying antibody using said adsorbent

The management system according to the present invention, which manages a plurality of computers, manages instances that are implemented using allocated from the plurality of computers, and selects, from among a plurality of different instance implementation methods, an instance implementation method that matches instance configuration information, which is information including settings for configuring an instance and which includes particular settings, each indicating whether the instance needs to monopolize a physical resource, said selection being based the instance configuration information. The plurality of computers provide physical resources to the instance on the basis of the selected instance implementation method.

Computer system, management system, and resource management method

A target injector valve opening period is calculated based on a target fuel injection amount, and an injector () is controlled by a current supply control unit () in accordance with an injector drive period acquired based on the target injector valve opening period. An actual valve closing delay period is calculated based on a drive waveform of the injector () at this time, and a difference between an actual valve closing delay period and a valve closing delay period calculated from a target injector valve opening period is learned. Then, the injector drive period is corrected by feedback control using a result of this learning.

Injector control device and injector control method

A linear body that may be smoothly removed from a bobbin. The bobbin includes a guide tube, a pair of flanges provided on the ends of the guide tube, and a winding drum sandwiched between the pair of flanges. One flange is removably attached to one end of the guide tube and the other flange is fixedly secured to the other end of said guide tube. The winding drum includes a plurality of split drum plates separated by a plurality of slits. A biasing mechanism for biasing each split drum plate inwardly is provided. When the detachable flange has been attached, the split drum plates are supported at both ends from the inner side thereof by supporting projections on the inner surface of each of the flanges. When the detachable flange is removed, the split drum plates move inwardly owing to the respective biasing mechanisms.

Bobbin and bobbinless transport method

A microcomputer is configured to: calculate, the drive period of a previous injection, an injection interval, and an uncorrected target drive period for a current injection; obtain a correction period by increasing an internal variable from zero in proportion to the drive period of the previous injection during this drive period, attenuating the internal variable at a first-order delay during the injection interval, dividing the internal variable by a coefficient of the proportion at a start time point of the present current supply, and setting a result of the division as the correction period; and set a period obtained by subtracting the correction period from the uncorrected target drive period as a current drive period, to thereby supply a signal indicating the current drive period to the injector via a driver.

Control device for injector

The continuous fiber reinforcing material tension apparatus includes a pressing body that presses a sleeve to a side of a fixed structure and contains a hollow portion, in which a wedge body is allowed to reciprocate along a continuous fiber reinforcing material, a cylindrical bracket located in an opposite side of the sleeve from the pressing body and having an inner wall surface on which a projection is formed, a columnar rotary jig that is allowed to reciprocate inside the bracket, that engages with an end face of the wedge body, that has a spiral key groove that engages with a key, and that applies rotative force around an axis of the continuous fiber reinforcing material, and a piston that presses an end face of the rotary jig to a side of the fixed structure.

Continuous fiber reinforcing material tension apparatus, continuous fiber reinforcing material tension method, and wedge body

A management server acquires storage and application information from a first system to store the information. The storage information includes storage area correspondence information indicating a correspondence between a storage area and a processor. The application information includes application correspondence information indicating a correspondence between the processor and an application, and application configuration information indicating a past Input/Output (IO) load on the storage area. The management server estimates an IO load on the storage area by the application based on the storage and application information to obtain an estimated value, and determines whether or not a copy processable period, a period in which a copy process of data can be performed is present, based on the data size and the estimated value. When the copy processable period is present, the management server transmits a copy indication including a start time of the copy processable period to a copy processing server.

Management server, computer system, and method

A management system receives a first process request for a first application program (APP), and specifies a second APP that is related to the first APP as a target APP of the first process request and is in an APP environment different from an APP environment of the first APP. The management system generates a second process request for executing, on the second APP, a process that is the same as a process according to the first process request, based on the first process request and on conversion information indicating a relationship between a process request before a conversion and a process request after the conversion.

Management system and method

A control device for an internal combustion engine capable of controlling an intake-pipe pressure within a range which allows restartability to be ensured. A control device for an internal combustion engine includes: an idle-stop control section for restarting the engine in response to generation of a restart request; and an intake-air amount control section for setting a control amount of an intake system so that the intake air amount becomes zero when an intake-pipe pressure of the engine upon generation of the automatic stop request is higher than a predetermined pressure and setting the control amount of the intake system so that the intake air amount becomes larger than the amount upon generation of the automatic stop request, and then becomes zero when the intake-pipe pressure is lower than the predetermined pressure.

Control device for internal combustion engine and method of controlling internal combustion engine

The integrated resource management unitmanages some of the resourcesand prepares a plurality of containersprovided as virtual resources, with respect to the application programs. In response to a predetermined request that is issued with respect to a tenantorthat is configured to divide a resource to be used, the integrated resource management unit provides a request-source tenant with a container selected from among the plurality of containers. In the container that is provided to the request-source tenant by the integrated resource management unit, a resource, which is allocated beforehand to an application program designated by the predetermined request, is occasionally configured to have usage lower than a designated usage.

Resource migration between virtual containers based on utilization rate and performance degradation

Disclosed are: an Fc binding protein having increased stability with respect to heat, acid, and/or alkalinity compared with the wild type; a method for producing same; and a method for specifically isolating protein containing an Fc binding protein binding site using said Fc binding protein as a ligand for affinity chromatography. An Fc binding protein was obtained having increased stability with respect to heat, acid, and/or alkalinity compared with the wild-type human Fc receptor by means of substituting at least one specific amino acid residue in the extracellular domain of the wild-type human Fc receptor with another amino acid residue. The Fc binding protein is useful as a ligand for affinity chromatography for example by immobilizing in a solid phase. Also, when the Fc binding protein is expressed using a host that has been transformed with an expression vector containing a polynucleotide coding for said protein, the amount of produced protein is increased compared with using a wild-type human Fc receptor.

FC binding protein and method for manufacturing same

Growing community of inventors

Kawasaki, Japan

Toru Tanaka