Kubota Corporation

Panasonic Corporation

Teijin Limited

Panasonic Intellectual Property Management Co., Ltd.

Lng Japan Corporation

Daisuke Kobayashi

Tatsuyuki Kashimoto

Takuro Kitamura

Kazunari Kosaka

Yasuyuki Kondo

Makoto Saegusa

Natsume Matsuzaki

Yuichi Futa

Kenichi Sato

Naganori Shirakata

Kaoru Yokota

Masao Nonaka

Yuji Yamamoto

Hiroshi Kawahara

Takashi Murakami

Yasuyuki Shintani

Shinji Yamamoto

Yosuke Tajika

Megumi Sawai

Mikio Ishida

Takuya Inamori

Akari Kakudate

Kazuhiro Aizu

Yasunobu Yamaue

Takuya Sato

Hidetaka Yoshioka

Guofei Hua

Hiromichi Nishiyama

Isamu Morimoto

Atsushi Yamaguchi

Kiyoshi Hanamoto

Ryuusuke Furukawa

Shinji Osawa

Daisuke Fujii

Jingo Takemura

Muneomi Kikuchi

Norio Iwai

Ryusuke Furukawa

The present invention is a work vehicle having a first operation tool which is rockable or movable in a front/back direction arranged on a one side of a driver's seat. A second operation tool is rockable or movable in the front/back direction and is arranged forward of the first operation tool. A third operation tool is depressible and is arranged between the first operation tool and the second operation tool in the front/back direction.

Work vehicle

Disclosed is a method for manufacturing a composite material, which includes performing press molding of a fiber matrix structure including reinforcing fibers and a matrix resin mainly including a polyester-based resin having a crystallization temperature of 185&#xb0; C. or lower. Furthermore, the polyester-based resin is preferably a polyester-based copolymer. In addition, it is preferred that the matrix resin includes a carbodiimide, and that the carbodiimide has a cyclic structure. Moreover, it is preferred that the press molding is cold pressing in which a die temperature is 170&#xb0; C. or lower; that the reinforcing fibers are carbon fibers; and that the discontinuous fibers are randomly oriented in the structure.

Method for manufacturing composite material

A fiber-reinforced composite material obtained by reinforcing a matrix resin with fibers, wherein the matrix resin contains a thermoplastic resin and a carbon black, the fibers are discontinuous carbon fibers, a part of the discontinuous carbon fibers forms fiber bundles, and the thickness of a thinnest part of the matrix resin which is located between an outermost surface of the composite material and the fibers existing in an inside of the composite material is less than 100 &#x3bc;m. Further, it is preferred that the thermoplastic resin is a polyamide-based resin, that the discontinuous carbon fibers have a length of from 3 to 100 mm, and that the orientation of the discontinuous carbon fibers is random. Furthermore, it is preferred that the size of the primary particle diameter of the carbon black is within a range of 7 to 75 nm.

Fiber-reinforced composite material and method for producing the same

A radio () in a sensor network and powered by electricity includes a data communicating unit () performing data communication; and a pulse interval demodulating unit () configured to (i) detect, from a signal () with signals for corresponding frequency channels overlapped, a frequency channel indicated by a time interval between two pulses in a wake-up signal (R) included in one of the frequency channels and (ii) cause the data communicating unit () to perform the data communication over the detected frequency channel.

Communications apparatus, communications system, communications method and integrated circuit

There are provided a forward/reverse switchover lever pivotally operably about, as a pivotal center, a position which is inwardly of an outer periphery of a steering wheel and laterally outer side of vehicle body of a rotational axis of the steering wheel as seen in a direction along the rotational axis and a pivotal support shaft pivotally supporting the forward/reverse switchover lever at a position lower than the steering wheel such that a pivotal end of the forward/reverse switchover lever projects to the laterally outer side beyond the outer periphery of the steering wheel.

In the telemedical system securely sharing encryption keys for enabling secure exchange of the encrypted biological data between the measurement terminal and the server to prevent the data from being stolen by the malicious third party, a service key is transferred to the second adapter attached to a measurement terminal from the server via the first adapter attached to the management apparatus. First, the first adapter attached to the management apparatus receives the service key from the server. Next, the first adapter is temporarily detached from the management apparatus and is attached to the measurement terminal to store the symmetric key. The first adapter is detached from the measurement terminal, and is attached to the management apparatus again. The service key received in the first adapter is encrypted using the symmetric key, and the encrypted key is transmitted to the second adapter attached to the measurement terminal.

Telemedical system

A communication system in which both a communication device that does not operate intermittently and a communication device that operates intermittently are present. A communication device includes a transmission processing portion transmitting data, a timer portion counting a continuous operation request effective time during which transmitted data is always received, a transmission control portion controlling the transmission processing portion to transmit data including a continuous operation request flag causing the timer portion in a communication device that operates intermittently to start counting the continuous operation request effective time while starting its timer portion counting the continuous operation request effective time, a reception processing portion, and a reception control portion controlling the reception processing portion. Upon receiving the data wherein the flag is set, the reception control portion controls its timer portion to start counting the continuous operation request effective time.

Technique for enabling communication between a communication device that performs an intermittent reception and a communication device that performs a continuous reception operation

A transaction coordinating deviceis composed, in which a transportation adjusting portionis provided for adjusting an insertion of cargo transportation of a spot transaction with respect to a schedule of single and/or plural cargo transportation of predetermined fixed transactions, in the event an insertion of a spot transaction based on a temporary contract with respect to fixed transactions based on the contracts of predetermined period of time is adjusted. Accordingly, inserting cargo transportation of a spot transaction easily into a schedule of single and/or plural cargo transportation of fixed transactions becomes possible even in the event that a spot transaction arises suddenly, and further inserting a commodity transaction under a flexible contract into commodity transactions under rigid contract simply also becomes possible.

Transaction adjusting device

A change speed apparatus for a working vehicle includes a first shaft for receiving driving torque from an engine, a second shaft for transmitting the driving torque to a rear wheel differential, a change speed mechanism for changing speed of the driving torque received from the first shaft and transmits the driving torque to the second shaft, and a shift lever for selectively switching the change speed mechanism. The change speed mechanism has a high forward speed stage, a low forward speed stage, a backward drive stage, and a neutral stage. The shift lever is movable along a transverse control path for the neutral stage, a first longitudinal control path for the high forward speed stage, a second longitudinal control path for the low forward speed stage, and a third longitudinal control path for the backward drive stage.

Change speed apparatus for a working vehicle that engages in an operation while moving forward and backward

Growing community of inventors

Osaka, Japan

Daisuke Kobayashi