Nec Corporation

Niles Parts Company, Ltd.

Mitsubishi Jidosha Kogyo Kabushiki Kaisha

Mayekawa Mfg. Co., Ltd.

Mitsubishi Heavy Industries Limited

Resonac Corporation

Mitsubishi Jidosha Engineering Kabushiki Kaisha

Shinya Nakamura

Tetsuya Tomotoshi

Shunichi Satoh

Takashi Yamazaki

Noriyuki Inoue

Naoki Fujisawa

Kenichi Oka

Shinobu Sasaki

Takuya Kojima

Takaaki Futai

Toshihide Nishimura

Kenichiro Sakurai

Ken Masubuchi

Ting Wang

Hiroyuki Suzuki

Philip N Ji

Takashi Yamamoto

Naoya Henmi

Hitoshi Takeshita

Yukio Yokoyama

Eiji Hankui

Tatsuya Shiragaki

Shuichi Isayama

Konstantinos Kanonakis

Yuuki Yoshifuji

Naoki Ando

Akihiko Umeda

Shuichi Iida

Yawei Yin

Kimio Ozawa

Minoru Shinta

Hiroyuki Tani

Tsuyoshi Sotome

Yusuke Okada

Shigeyuki Mori

Hirokuni Ogihara

Hiromitu Watanabe

Tukasa Haga

Hitoshi Kikuchi

Youko Nakabayashi

Ryou Yamada

Toshihiro Omae

Keizo Kimura

Fumio Furusawa

Takatoshi Ikeuchi

Sosuke Wada

Koji Tomobuchi

Teruichi Manabe

A poultry leg meat slit-forming device includes: an ankle holding part configured to hold an ankle of bone-in poultry leg meat cut from a femur of a poultry carcass; a blade unit having a slit-forming blade; an inserting driving part configured to drive the blade unit such that an blade tip of the slit-forming blade is inserted into the poultry leg meat along an opposite side with respect to a kneecap in a tibia among the poultry leg meat held on the ankle holding part; and a leg meat pressing part configured to elastically press a surface of the poultry leg meat from a side of the kneecap.

Poultry leg meat slit-forming device and poultry leg meat automatic slit-forming method

A poultry leg meat deboning device is configured to perform a separation of a meat part from a femur with respect to a poultry leg meat to which a peeling off of the meat part has been performed until a side of a knee joint of the femur in a bone-in poultry leg meat which has been cut from a femur of a poultry carcass. The poultry leg meat deboning device includes: an ankle holding part configured to hold an ankle of the poultry leg meat.

Poultry leg meat deboning device and poultry leg meat deboning method

An epoxy resin composition includes: (A) an epoxy resin containing a compound represented by the following Formula (I); (B) a phenol resin containing a compound represented by the following Formula (II); and (C) a dihydroxynaphthalene compound containing a compound represented by the following Formula (III). In Formula (I), R represents a hydrogen atom, and n represents an integer from 0 to 10. In Formula (II), Rrepresents a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, or an alkoxy group having 1 or 2 carbon atoms, and each Rmay be the same as or different from another R. n represents an integer from 0 to 10. In Formula (III), Rrepresents a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, or an alkoxy group having 1 or 2 carbon atoms.

Epoxy resin composition and electronic component device

A rolling bearing includes an outer ring supported by a fixed body, an inner ring which supports a rotating shaft, and rolling elements between an inner groove of the outer ring and an outer groove of the inner ring, wherein a curvature radius R of at least the inner groove of the outer ring is in a range of 2r&#xd7;0.53&#x2264;R&#x2264;2r&#xd7;0.55 in relation to a radius r of one of the rolling elements.

Rolling bearing

A body structure of a vehicle includes a floor panel, a battery pack, an electric water heater (electric apparatus), and a bracket which mounts the electric water heater to the floor panel. The electric water heater is mounted to the floor panel so as to set a battery pack side of the electric apparatus higher.

Body structure of vehicle

A seat provided in a vehicle interior of the vehicle; a side airbag having a plurality of chambers each folded, the side airbag being stored in a side portion of a seat back; an inflator arranged together with the side airbag, the inflator suppling gas to the plurality of chambers when a side-impact crash of the vehicle is detected; a channel section for distributing the gas generated from the inflator to the plurality of chambers; a valve unit provided in the channel section, the valve unit reducing the distributed amount of the gas flowing from the channel section to a particular chamber among the plurality of chambers; and an actuator unit that allows the valve unit to operate to reduce the distributed amount of the gas flowing from the channel section to the particular chamber according to the deployment behavior of any chamber among the plurality of chambers, are included.

Side airbag device for vehicle

Systems and methods are disclosed for data communication by forming a hybrid that includes an electrical switching network with packet granularity of switching and store-and-forward forwarding services to network traffic and an optical switching network providing circuit granularity of switching and optical bypassing services to network traffic; applying local control of optical switching modules in the optical switching network with a network controller coupled to the electrical switching network, the optical switching network, and a loss-of-light detection module; and detecting loss-of-light in a failure point in the optical switching network and rerouting traffic to avoid the optical failure point.

Survivable hybrid optical/electrical data center networks using loss of light detection

A side airbag device includes an airbag which includes a first base fabric and a second base fabric constituting an inflatable envelope, and in the event of a lateral collision of a vehicle, the airbag is deployed between an occupant and a door. The airbag further includes a partition fabric between the first base fabric and the second base fabric. The partition fabric partitions the inflatable envelope into a first inflatable compartment corresponding to a shoulder of the occupant, and a second inflatable compartment. The partition fabric is provided with a valve mechanism which opens to connect the first inflatable compartment and the second inflatable compartment when the first inflatable compartment is fully inflated.

Side airbag device

A folding mobile phone is provided that improves the antenna characteristics of both of a main antenna and a sub-antenna. The folding mobile phone comprises at least an upper housing, a lower housing, a hinge unit, a main antennalocated in the vicinity of the hinge unitof the lower housing, a sub-antennalocated at the lower end of the lower housing, and a control unit for selecting an antenna to be used, the folding mobile phone comprising: an upper-and-lower-connections switching circuitfor connecting to a lower circuit board; and an upper-and-lower-boards connecting meansfor connecting an upper circuit boardwith the upper-and-lower-connections switching circuit, wherein, at the upper-and-lower-connections switching circuit, an electrical connection state between the upper circuit boardand the lower circuit boardis switched by turning the PIN diode on and off based on the antenna selection signal from the control unit. This provides an appropriate connection state for the selected antenna and thus improves the antenna characteristics of both antennas.

Folding mobile phone

A cellular phone includes upper casinghaving a front surface with LCD paneldisposed thereon, lower casinghaving a front surface with key paddisposed thereon, and an antenna, upper and lower casingsbeing openably and closably coupled to each other. First control platefor reflecting electromagnetic waves is disposed in upper casing, and second control panelfor reflecting electromagnetic waves is disposed in lower casing. First control plateand second control platecomprise separate members which are independent of each other. When the cellular phone is in an unfolded state in which the angle formed between the front surface of upper casingand the front surface of the lower casingis maximum, first control plateand second control platehave a maximum projected area on the surfaces of upper and lower casings

Cellular phone

A foldable portable radio terminal comprising an upper housing, a lower housing and a hinge for connecting housings is provided, where an antenna is arranged adjacently to the hinge in the lower housing. A connection unit which connects an upper-housing circuit and a lower-housing circuit has a wiring length longer than a spacing between the upper-housing circuit and the lower-housing circuit. The connection unit has an inductance provided by a portion partially rolled up in spiral or in coil, which acts as a load impedance to a high-frequency current generated on the housing. The current that degrades antenna characteristics is reduced, and therefore the characteristics are improved.

Foldable portable radio terminal

Disclosed is a WDM network which has: a lightwave path which connects between clients and each of which is provided with an overhead, and a sub-network which is defined by dividing the WDM network. In this WDM network, the sub-network has a partial lightwave path to go through the sub-network, the overhead has a partial lightwave path supervisory control information region which is terminated at both nodes of the partial lightwave path, and when a fault occurs on a lightwave path, the fault information of partial lightwave path including the position information of fault occurred is added to the partial lightwave path supervisory control information region of the overhead.

WDM network and WDM network device

An optical ring system having: a wavelength demultiplexer to which wavelength-multiplexed optical signal to be sent through an optical fiber from a previous node of multiple nodes is input and in which optical signal with each wavelength assigned to itself is demultiplexed; an optical ring device which is disposed in a predetermined node of the multiple nodes to the each wavelength assigned and which is composed of a failure existence judging part which terminates an overhead of each optical signal with a wavelength demultiplexed by the wavelength demultiplexer and judges whether a failure occurs in regard to a wavelength in a previous section through which optical signal with the assigned wavelength is sent, and a switching part which, when the failure existence judging means determines the occurrence of failure, selects a path that allows optical signal with the wavelength to be transmitted to the previous node while avoiding the previous section incurring the failure; and a wavelength multiplexer which multiplexes optical signal to be output from the optical ring part and then outputs it to an optical fiber connected to a next node.

Optical ring system

To enable to provide an inhibitor switch capable of maintaining an accurate ON/OFF state for a long period of time regardless of wear of a moving contact and having high durability. The inhibitor switch includes a fixed contact and a moving contact; a base disk is projected with insulator portions formed by insulating members in correspondence with an ON/OFF switch position of the fixed contact constituting a boundary of contact and non-contact of the moving contact relative to the fixed contact; the moving contact is provided with a ride-on portion capable of riding on the insulator portion when the moving contact is slidingly moved relative to the fixed contact and the moving contact is disposed at the ON/OFF switch position of the fixed contact; the ride-on portion rides on the insulator portion; the moving contact is separated from and brought into non-contact with the fixed contact; and when the ride-on portion comes down from the insulator portion, the moving contact is brought into contact with the ON/OFF switch position of the fixed contact.

Inhibitor switch

An inhibiter switch is provided with a movable body 1 rotatable in accordance with an operating position of an automatic transmission device. The movable body 1 is supported rotatably by a cover 2 and a pole base 3 having magnetic sensors 9 disposed therein. A conductive body having a terminal 7b projected into a connector section 3c at one side thereof and a body section 7a electrically connected to the magnetic sensors 9 and exposed from a bottom surface 3d, is insert molded into the pole base 3. The pole base 3 forms an offset surface 3e exposing the body section 7a as a connection location with the conductive body 7 from the bottom surface 3d. The pole base 3 has notches 3f, 3g, 3h in which the magnetic sensors 9 are disposed, and a notch 3i in which a substrate 6 is disposed. The notches 3f, 3g, 3h, 3i are formed at the periphery of the offset surface 3e. The pole base 3 also forms a guide 3j for disposing the magnetic sensors 9 within the offset surface 3e. The inhibitor switch with this construction has contact sections formed with magnetic sensors, resulting in a low manufacturing cost and a high operating precision.

Inhibitor switch having contact sections formed with magnetic sensors

Growing community of inventors

Tokyo, Japan

Shinya Nakamura