Casio Computer Co., Ltd.

The University of Electro-communications

Sumitomo Chemical Company, Limited

Kumiai Chemical Industry Co., Ltd.

Canon Kabushiki Kaisha

Nippon Telegraph and Telephone Corporation

Komatsu Corporation

Ntt Advanced Technology Corporation

Campus Create Co., Ltd.

Ryo Ishikawa

Kiyohide Satoh

Kazuhiko Honjo

Takeshi Matsuda

Keiji Toriyabe

Akira Watanabe

Kazuhiro Kurihara

Takaaki Endo

Akira Saito

Kazuhiro Miyasa

Yasufumi Takama

Takuya Ishida

Toru Tanaka

Masao Nakatani

Akira Kinpara

Akira Takanezawa

Shinji Isayama

Kazuhiro Kawasugi

Yoichiro Takayama

Hiroto Otsuka

Katsuya Kato

Akira Saitou

Shigeto Suzuki

Hiroshi Kaneko

Shigeyuki Itoh

Takashi Orimoto

Takeshi Endou

Katsuyoshi Kaneko

Masaaki Yanagisawa

Toshinori Mori

Masahiro Kamiyama

Yasunao Suzuki

Hitoshi Nobata

Takashi Shirasaka

An inference processing system performs computation of an inference model by a server and an edge device. Setting in the server, a server-side inference model. In the edge device, an edge-side inference model including an input layer and first to third intermediate layers of the inference model is set, and layer position information indicating a position of a last layer to process the input image in the edge-side inference model is generated. When layer data that is a computation result at the edge device obtained by performing processing from the input layer to a layer indicated by the layer position information and the layer position information is transmitted from the edge device to the server, the layer data is input to a layer subsequent to a layer indicated by the layer position information in the server-side inference model, and performs processing up to the output layer.

Inference processing system in which server and edge device cooperate to perform computation, server, edge device, and control method thereof, and storage medium

Embodiments provide a pest control agent that is excellent in safety, controlling effect, residual activity, and so on. According to an embodiment, there is provided a pyrazole derivative represented by general formula [II] or an agriculturally acceptable salt thereof:

Pyrazole derivative and harmful organism-controlling agent

Embodiments provide a harmful organism control agent containing a pyrazole-3-carboxylic acid amide derivative or a salt thereof as an active ingredient, having an excellent harmful organism controlling effect. A pyrazole-3-carboxylic acid amide derivative represented by general formula [I]:

Pyrazole-3-carboxylic acid amide derivative and pest control agent

The invention includes a vehicle main body, a boom, a first actuator connecting the boom and the vehicle main body and configured to rotate the boom with respect to the vehicle main body about a first central axis, a first electric motor connected to the first actuator and that operates the first actuator. The boom includes a pair of boom lateral plates disposed to face each other in a direction of the first central axis, and a boom bottom plate connecting the boom lateral plates to each other, the first electric motor being disposed in a boom internal space surrounded by the pair of boom lateral plates and the boom bottom plate.

Work machine

Embodiments provide a pest control agent that is excellent in safety, controlling effect, residual activity, and so on. According to an embodiment, there is provided a pyrazole derivative represented by general formula [I], or an agriculturally acceptable salt thereof, and a pest control agent containing the same as an active ingredient:

A composition for controlling plant diseases comprising, and one or more nematicidal active ingredients selected from specific groups has an excellent controlling effect on plant diseases.

Plant disease control composition and plant disease control method

A wireless communication apparatus includes a transmitting antenna; and a receiving antenna that receives a wireless signal transmitted from the transmitting antenna. Each of the transmitting antenna and the receiving antenna includes a plurality of circular loop antennas arranged concentrically in an identical plane, each of the plurality of circular loop antennas having a loop perimeter approximately equal to an integer multiple of one wavelength determined from a frequency in a wireless communication; and a plurality of feeding sections individually connected with the plurality of circular loop antennas. A central axis of the plurality of circular loop antennas of the transmitting antenna and a central axis of the plurality of circular loop antennas of the receiving antenna are arranged approximately on a straight line. Thus, a wireless signal is transmitted between the circular loop antennas having a loop perimeter of a transmitting side and a receiving side.

Wireless communication device and antenna device

A composition for controlling plant diseases comprising Paecilomyces fumosoroseus, and one or more nematicidal active ingredients selected from specific groups has an excellent controlling effect on plant diseases.

Circular loop antenna elements of each of a transmitting antennaand a receiving antennahave different perimeters of approximately integral multiples of a wavelength determined from a wireless communication frequency. The transmitting antennaand the receiving antennainclude first circular loop antenna groupsA andA concentrically disposed on the same plane and second circular loop antenna groupsB andB including circular loop antenna elements of the same perimeter as that of a plurality of circular loop antenna elements of the first circular loop antenna group. An angular position of a terminal for connecting power supply units to circular loop antenna elements having the same perimeter is set to an angular position rotated by (2l+1)&#x3c0;/2m(where l is any integer, and mis a value of mto mthat are approximately integral multiples of a wavelength) in the first and second circular loop antenna groups.

Wireless communication apparatus and antenna device

A concurrent-type multiband amplifier (or a dual-band amplifier) which amplifies multiband signals concurrently using a plurality of (N) amplifier circuits which each independently amplify signals in a plurality of (N) frequency bands. An n-th (n=any of 1 to N) amplifier circuit is provided with a circuit for blocking signals in frequency bands other than the n-th frequency band so as to amplify and output only the n-th frequency band signal. The n-th amplifier circuit is designed so as to consist of its input/output impedance matching circuit for the n-th an amplifier element at the n-th frequency band.

Dual-band amplifier

A high efficiency power amplifier of the present invention includes a transistor and an output power processing circuit section. The output power processing circuit section includes an output matching circuit section and an output harmonic processing circuit section. The output matching circuit section carries out impedance matching to the fundamental wave component of the output power. The output harmonic processing circuit section carries out a reactive power control to a reactive power of a plurality of harmonic power components respectively having a plurality of harmonic angular frequencies which are integral multiples of the base angular frequency of the output power. The output harmonic processing circuit section is formed to realize the reactive power control to at least one of the plurality of harmonic power components by orthogonalizing the phases of the current and voltage in the reactive power.

High efficiency power amplifier

A compound represented by formula (1): is effective for controllingspp., and it is useful for controllingspp. and protecting crops fromdiseases.

Succinimide compound

A spread spectrum modulation unit () performs spread spectrum clocking processing for a basic clock signal (BC) synchronized with the carrier frequency or its harmonic frequency of image information leaked from an unwanted electromagnetic wave. A modulation pattern generation unit () generates and outputs, as a modulation pattern signal (MP), a PN code having sign bit data synchronized with each pulse of the obtained spread spectrum clock signal SC. In addition, the modulation pattern generation unit () resets the repetition period of the PN code based on a horizontal sync signal (H). A modulated clock generation unit () modulates the spread spectrum clock signal (SC) in accordance with the modulation pattern signal (MP). The obtained modulated clock signal (MC) is amplified, generating a leakage prevention signal (JC). A leakage prevention signal containing a sideband component of a satisfactory level can be generated, obtaining a useful leakage prevention effect.

Information leakage prevention apparatus and method

The present invention provides a harmonic processing circuit capable of miniaturizing a circuit, and an amplifier circuit using this harmonic processing circuit. A first impedance adjustment section and a second impedance adjustment section are provided. The first impedance adjustment section is provided with a coupled distributed constant line CT. The coupled distributed constant line CT receive as input the output of an amplification transistor S, and have a length of &#xbc; the wavelength (&#x3bb;) of the fundamental wave at the output of the amplification transistor S. Further, the first impedance adjusting section is configured to adjust input impedance with respect to the even harmonics to one of effectively infinity or zero. The first impedance adjusting section and the second impedance adjustment section are configured to adjust input impedance with respect to the odd harmonics to the other of effectively infinity or zero.

Harmonic processing circuit and amplifying circuit using the same

An amplifier circuit operating at a fundamental angular frequency &#x2022;, includes: a transistor which is represented by an equivalent circuit which includes: an equivalent output current source, a drain-source capacitor as a parallel parasitic capacitor to an output node of the equivalent output current source, and a drain inductor as serial parasitic inductor connected between the equivalent output current source and a drain output node; a harmonic frequency processing circuit which includes an input node connected with the drain output node and an output node; a resonant circuit section provided between the output node of the harmonic frequency processing circuit and a ground node and comprising (2n+1) resonators which have resonance frequencies different from each other; and a load resistance provided in a back stage of the harmonic frequency processing circuit. The resonance frequencies of the (2n+1) resonators are coincident with frequencies of (n+1) poles and n zeros formed between the drain output node and the ground node in the transistor when the output node of the harmonic frequency processing circuit is short-circuited to the ground node.

Growing community of inventors

Tokyo, Japan

Ryo Ishikawa