Juridical Foundation the Chemo-sero-therapeutic Research Institute

Fujitsu Corporation

Ricoh Company, Ltd.

Sanyo Chemical Industries, Ltd.

Nippon Telegraph and Telephone Corporation

The Chemo-sero-therapeutic Research Institute

Other

Gnss Technologies Inc.

Mitsubishi Electric Corporation

Astellas Pharma Gmbh

Hisamitsu Pharmaceutical Company, Inc.

Otsuka Chemical Co., Ltd.

Teijin Pharma Limited

Kumamoto University

National University Corporation Kumamoto University

Hiroaki Maeda

Sachio Tokiyoshi

Kazuhiko Kimachi

Yousuke Okazaki

Chikateru Nozaki

Masaki Hirashima

Yasuyuki Eda

Yoshinobu Shizawa

Hirotake Honda

Takayoshi Hamamoto

Takashi Ono

Kenji Soejima

Hisashi Kojima

Takayuki Imamura

Tomohiro Nakagaki

Noriko Mimura

Yoichi Ono

Ryuji Yoshida

Takeshi Kuwahara

Hirofumi Higuchi

Kiyoto Nishiyama

Takeshi Fujiyasu

Yoshitaka Imagawa

Hiroyuki Ogawa

Yoshinori Nakagawa

Tomoko Takahashi

Makoto Ishii

Shunichi Hashimoto

Hideki Zemba

Nobuyuki Koinuma

Mugijirou Uno

Mikio Ishibashi

Daisuke Nakamura

Naoyuki Ozaki

Hideyuki Torimoto

Masahiro Asako

Yukihiro Togari

Nobuo Hisada

Reiko Matsuyama

Kouichi Shiosaki

Kiyoshi Osatomi

Takeshi Naruse

Satoshi Matsubara

Masahiko Shakuto

Jumpei Aoyama

Yasuhiro Kajihara

Toshihiro Nakashima

Kazuhiro Fukae

Takeshi Goto

Ko Okumura

Masaharu Torikai

Yusuke Mitani

Masashi Sakaguchi

Kazuyoshi Kaminaka

Yoshiko Sueda

Hiroshi Nakatake

Junichi Matsuda

Toshimitsu Uede

Motomi Nakata

Shotaro Hoshi

Shigeyuki Kon

Ryoichi Kawamura

Hideki Zenba

Katsuhiko Akiyama

Katsuhiro Akinaga

Shingo Kawabata

Yasushi Seino

Norio Akaike

Junya Morita

Koutarou Yamada

Sachio Okuda

Keiichi Makizumi

Takumi Sasaki

Shunichiro Yamaguchi

Nobuchika Yamamoto

Shintaro Kamei

Kazuo Takahama

Sumiyo Takemoto

Junichi Miyazaki

Takeshi Mikami

Satoshi Kogure

Yuji Ishikawa

Yasuhiro Okawa

Tomonari Hokkyoh

Hiroyuki Ezuka

Shuji Miura

Akira Seino

Yoshitaka Ushio

Michitaka Yamamoto

Seiji Miyamoto

Wataru Morikawa

Dinesh Manandhar

Sachie Ogawa

Megumi Imuta

Ryoko Wada

Masahito Hitosugi

Kazunobu Omura

Naoaki Kawakami

Wataru Hattori

An injection device includes: an injection nozzle injecting an injection agent into a target container, and a vibration generating device vibrating the injection nozzle in a plurality of directions during injection of the injection agent.

Injection device and injection method

The present invention aims to provide a cervical canal sealant that can be used as a sealant to stop bleeding in the uterus and vaginal discharge, particularly, a cervical canal sealant that can block the cervical canal to inhibit amniotic fluid leakage and that can also be peeled off without damaging reproductive tissue. The present invention relates to a sealant for reproductive organs in which a cured product (X) at 25° C. has a storage modulus G' of 200 to 2,000 kPa, the cured product (X) being a cured product obtained by curing the sealant for reproductive organs to a thickness of 120 to 150 μm.

Sealing agent for genitals

Provided is an infection-spreading attack detection system and method, as well as a program enabling an occurrence of an infection-spreading attack to be detected with high accuracy. A first feature amount is calculated based on traffic information on a packet transferred by a transfer device, and M partial address space(s) are identified to be a monitoring target based on the first feature amount. A second feature amount is calculated for each of the M partial address space(s) based on the traffic information related to the M partial address space(s). Abnormality detection determination is performed on each of the M partial address space(s) based on the second feature amount. Whether the infection-spreading attack has occurred is determined by evaluating M determination results.

Infection-spreading attack detection system and method, and program

A DDoS handling device configured to handle communication directed to a target of a DDoS attack flowing in from an adjacent autonomous system in an autonomous system provided with a plurality of mitigating locations includes: a load distribution determination unit configured to determine whether or not to execute load distribution processing on the basis of an amount of available resources at mitigating locations corresponding to a gateway device into which the communication directed to the target flows and an amount of the communication directed to the target in a case in which at least one attack has been detected; a load distribution processing unit configured to decide mitigating locations to be used to handle the communication directed to the target from among the plurality of mitigating locations to solve shortage of resources at the mitigating locations for each attack, in a case in which the load distribution determination unit determines to execute the load distribution processing; and an attack handling setting unit configured to execute path control such that the communication directed to the target pertaining to the attack passes through the mitigating locations decided by the load distribution processing unit for each attack.

DDoS coping apparatus, DDoS coping method and program

An occurrence of an infection-spreading attack and an attack source thereof are detected with high accuracy. A first feature value is calculated based on traffic information regarding a packet forwarded by a forwarding device, and M partial address spaces to be monitored are specified based on the first feature value. A second feature value is calculated for each address of a terminal in a network, based on traffic information regarding the M partial address spaces, the second feature value is learned to classify terminal addresses into a plurality of clusters, and whether or not each of the clusters is an infection-spreading attack is determined to generate cluster information. Whether or not an infection-spreading attack has occurred and an address of a terminal that is an attack source are specified based on the second feature value and the cluster information.

Infection spread attack detection device, attack origin specification method, and program

A liquid discharge device includes a first liquid container, a liquid discharger, a second liquid container, a first liquid flow passage, and a second liquid flow passage. The first liquid container is configured to contain liquid. The liquid discharger is configured to discharge the liquid supplied from the first liquid container in a liquid supply direction. The second liquid container is configured to contain the liquid supplied from the first liquid container. The first liquid flow passage is a passage through which the liquid is supplied from the first liquid container to the liquid discharger via the second liquid container. The second liquid flow passage is a passage through which the liquid is supplied from the first liquid container to the liquid discharger without passing through the second liquid container.

Liquid discharge device, image forming apparatus incorporating the liquid discharge device, and method of supplying liquid

A DDoS attack handling technology is provided in which even when a plurality of IP addresses are attacked at the same time, resource load distribution between sites can be achieved while an increase in delay of target-addressed communications due to the handling of DDoS attacks is prevented. A DDoS handling apparatusincludes a load distribution determination unitthat determines whether load distribution processing is necessary, a processability determination unitthat determines whether load distribution processing is capable of being performed within a desired time, a grouping processing unitthat groups target-addressed communications into a plurality of groups, a load distribution processing unitthat determines, for each group, a mitigation site to be used to handle the target-addressed communications from among a plurality of mitigation sites, and an attack handling setting unitthat performs route control of the target-addressed communications. The DDoS handling apparatusfurther includes a load distribution target reduction unitthat reduces the number of the target-addressed communications that are targets of the load distribution processing.

DDOS-handling device, DDOS-handling method, and program

A distortion compensation apparatus including: an amplifier configured to amplify an input signal including a transmission signal and an impulse signal, the transmission signal being converted to a radio frequency signal for transmission, the impulse signal being not converted to a radio signal for transmission, a memory configured to store a plurality of distortion compensation coefficients for compensating distortion to the input signal, each of the plurality of distortion compensation coefficients being associated with an amplitude of the input signal, and a processor configured to select a distortion compensation coefficient from the plurality of distortion compensation coefficients based on an amplitude of the impulse signal included in the input signal, and update the selected distortion compensation coefficient based on the amplified impulse signal include in the amplified input signal.

Distortion compensation apparatus, wireless communication system, and distortion compensation method

Provided is a navigation signal transmitter capable of ensuring reduction in frequency deviation of a terrestrially transmitted navigation signal at low cost. The navigation signal transmitter is operable to receive a transmission wave, generate a synchronization pulse in synchronization with a predetermined data frame, generate an internal clock fundamental oscillation by a reference signal synchronizing section () using the synchronization pulse as a reference signal, generate an IMES signal based on the internal clock fundamental oscillation, and transmit the IMES signal. The reference signal synchronizing section () comprises a counter circuit (), a comparator (), a low-pass control filter (), a D/A converter () and a voltage controlled oscillator (). The reference signal synchronizing section () is configured to, when a magnitude relationship between the number of clock pulses generated in the voltage controlled oscillator () using the synchronization pulse as the reference signal and a reference value falls within a predetermined value and continues a predetermined number of times in one direction, adjust a level of control voltage of the voltage controlled oscillator ().

Navigation signal transmitter and method for generating navigation signal

The present invention is directed to providing a safe medical adhesive, a cured body of which is hard to be degraded and decomposed and thus stable and the cured body generates less amount of acid, aldehyde, etc. due to degradation/decomposition. The medical adhesive includes a hydrophilic urethane prepolymer (UP) obtained by reacting a polyisocyanate component (A) containing a fluorine-containing non-aromatic polyisocyanate compound (A1) as an essential ingredient and a polyol component (B) containing a hydrophilic polyol (B1) as an essential ingredient, wherein a chlorine content in a chlorine-containing organic compound based on the weight of the hydrophilic urethane prepolymer (UP) is 0.005 wt % or less.

Medical adhesive

A wireless communication apparatus includes: a first amplifier configured to amplify an input signal; a second amplifier configured to amplify the input signal when an input level of the input signal is equal to or larger than a given level; an impedance converter configure to switch an load impedance of the first amplifier and output a composite output of an output from the first amplifier and an output from the second amplifier; an impedance controller section configured to control a switching of the load impedance of the first amplifier based on a bandwidth of the input signal; a distortion compensation section configured to perform distortion compensation of the input signal and supply a compensated input signal to the first amplifier and the second amplifier; and a filter section configured to limit a band of a signal output from the impedance converter.

Wireless communication apparatus, Doherty amplifier, and method for controlling wireless communication

A modified transposon vector and a method for introducing a foreign gene into a cell are provided. A modified transposon vector wherein a nucleic acid fragment having the following features (a)-(b) or (a)-(c) is inserted; a cell expressing a foreign gene obtained by introducing said vector into chromosomal DNA of a cell line or an ontogenetic cell and further introducing an expression cassette of a foreign gene into the chromosomal DNA; a genetically recombined animal generated by using said cell (in case of an ontogenetic cell); and a method for producing a foreign protein from said cell and said genetically recombined animal:

Modified transposon vector and its use

An image forming apparatus includes a charging bias output device, a developing bias output device, a transfer bias output device, and a controller. The controller controls the transfer bias output device to supply a transfer bias from a time at which a first position of a photosensitive member arrives at a transfer position after the charging bias output device starts supplying a charging bias. An initial value of the transfer bias is controlled to be smaller than a normal set value for a predetermined time period which is a time after the transfer bias starts to be supplied and within a time corresponding to a rise time during which a surface potential of the photosensitive member reaches a predetermined potential after the charging bias starts to be output. The first position of the photosensitive member is a position at which the charging device starts charging the photosensitive member.

Electrophotographic image forming apparatus

An image forming apparatus including a conveyance unit to convey a transfer medium, a first image forming unit to form a monochrome image transferred at a first transfer position onto the transfer medium, and a second image forming unit disposed downstream from the first image forming unit in a direction of conveyance of the transfer medium, including an intermediate transfer body to form a multi-colored toner image on the intermediate transfer body. The multi-colored toner image is transferred onto the transfer medium at a second transfer position. The conveyance unit is separated from the intermediate transfer body at the second transfer position in a monochrome mode to form the monochrome image using only the first image forming unit, and contacts the intermediate transfer body at the second transfer position in a full-color mode to form a full-color image using both the first and second image forming units.

Image forming apparatus having support members with predetermined electric potentials

A process for preparing an inclusion body-forming protein is provided. A nucleic acid fragment having a nucleotide sequence coding for a modified alkaline phosphatase signal peptide (modified APSP) where leucine at the 13th position in the amino acid sequence shown in SEQ ID NO: 1 is substituted with proline and/or alanine at the 21st position is substituted with the other amino acid, downstream of which nucleotide sequence is bound a nucleotide sequence of a gene of a protein of interest is also provided.

Process for preparing inclusion body-forming protein

Growing community of inventors

Kumamoto, Japan

Hiroaki Maeda