Tdk Corporation

The Furukawa Electric Co., Ltd.

Oki Data Corporation

Tomy Company, Ltd.

Thk Co., Ltd.

Furukawa Automotive Systems Inc.

Other

Sony Corporation

Sony Computer Entertainment Inc.

Sega Enterprises, Ltd.

The Nippon Signal Co., Ltd.

Snk Corporation

Media Co., Ltd.

Eyetech Co., Ltd.

Shinya Saito

Takuya Horie

Mitsumasa Wada

Marie Horikawa

Teruaki Ooka

Hiroyuki Kimura

Shinya Ito

Katsumi Kobayashi

Norihisa Ando

Toshihiro Iguchi

Kosuke Yazawa

Akihiro Masuda

Kenya Tamaki

Takeshi Shimamura

Yoshiki Satou

Ayako Miyajima

Kaoru Igarashi

Yuki Nakamura

Atsushi Watanabe

Yoshihito Ishibashi

Masayuki Takada

Osamu Saito

Masaki Takahashi

Shinichiro Watanabe

Motoichi Ohtsu

Shinya Mori

Yoshinori Matsumoto

Yoshihito Narita

Tomoaki Toratani

Ryuji Furusawa

Yuji Ikeda

Susumu Murata

Yasuo Watanabe

Tatsuro Hayashi

Hironobu Tsuji

Yosuke Tsuji

Satoshi Kashiwagura

Akihiro Teramachi

Tatsuya Miyajima

Shunichi Nakamura

Akitoshi Katsumata

Yasuhiro Okui

Yoshitaka Nagashima

Mariko Kitajima

Shinichiro Iizuka

Kazumasa Sakata

Kazuaki Takayama

Eishi Kawasaki

Kengo Aburaya

Yosuke Irie

Shinichi Jingama

Yoshifumi Igari

Hideki Nakazato

Yuuichi Watanabe

Masanori Yoshino

Hideyuki Konno

Susumu Teruyama

Kazukuni Hiraoka

Hamao Horiguchi

Kouichi Ishimoto

Shin Tsuyuzaki

Shigeru Minami

Yoshihiko Kodo

Kenichi Yoshioka

Yuji Matsui

Vladimir Volevich

Kazuhumi Suzuki

Shinji Hori

Kousuke Yamawaki

Hideho Hisada

Koji Akutsu

Provided are system, method, program, and recording medium for non-destructively inspecting baggage in which an inspection corresponding to an article to be inspected is performed even when the article overlaps various objects including similar materials, whereby the system, method, program, and recording medium are efficient and do not exhibit any oversight in inspection. The system comprising a belt conveyor by which baggage is transported, a radiation unit that irradiates the baggage with X-rays, an imaging unit that captures X-rays passing through the baggage, an analysis unit by which image information from the imaging unit is analyzed, a display unit by which an image analyzed by the analysis unit is displayed, and a controller that performs a control so that at least part of the article to be sensed is displayed as an object by the display unit when at least part of the article is analyzed.

System for non-destructively inspecting baggage, method for nondestructively inspecting baggage, program, and recording medium

An electronic component includes: a first internal electrode provided in an element body; a second internal electrode provided in the element body; a third internal electrode provided in the element body and drawn out to a first side surface; and a fourth internal electrode provided in the element body and drawn out to a second side surface. The third internal electrode and the fourth internal electrode are electrically connected to each other through an external connection conductor formed on at least the first side surface and the second side surface. In a first direction, the first internal electrode faces the third internal electrode without facing the second internal electrode and the fourth internal electrode. In the first direction, the second internal electrode faces the fourth internal electrode without facing the first internal electrode and the third internal electrode.

Electronic component

An electronic device includes chip components, a case, conductive terminals, and a fuse. The chip components each include a terminal electrode. The case includes accommodation recesses for accommodating the chip components. The conductive terminals are fixed to the case and respectively connected to the terminal electrodes of the chip components. The fuse electrically connects the chip components.

Electronic device

An electronic device includes first and second capacitors, a case, a coil, and first to fourth conductive terminals. The first capacitor includes first and second terminal electrodes. The second capacitor includes third and fourth terminal electrodes. The case includes an accommodation recess for accommodating the first and second capacitors. The coil is separated from the first and second capacitors by a part of the case and disposed outside the accommodation recess. The first terminal is connected to the first electrode and partly disposed on a mounting-side bottom surface of the case. The second terminal is connected to one end of the coil and the second electrode and partly disposed on the surface. The third terminal is connected to the other end of the coil and the third electrode and partly disposed on the surface. The fourth terminal is connected to the fourth electrode and partly disposed on the surface.

The method for periodontal disease measurement of the present invention includes: using a plurality of cross-sectional images provided by x-ray CT images of teeth and periodontal tissues to detect a contour of each tooth in each cross-sectional image, detect a dentition, and provide a dental formula; detecting the positions of the root apex, the alveolar crest, and the crown of each tooth from the detected tooth contour data; calculating at least one of a distance indicator, a volume indicator, a surface area indicator, a first moment indicator, a center-of-gravity indicator, and an alveolar bone indicator from the detected tooth contour data, and the position data of the root apex, the alveolar crest, and the crown of the tooth; and measuring the progression of periodontal disease based on at least one calculated indicator.

Method for periodontal disease measurement

A board connection terminal () is connected to a circuit board that detects a current having flowed through a resistor element (). The board connection terminal () includes an intermediate part () and two connecting parts () integrated with one another. The intermediate part () has a substantially linear shape, and is connected to a shunt resistor (). The two connecting parts () have proximal ends thereof located at opposite ends of the intermediate part (), and protrude in a direction substantially perpendicular to the intermediate part (), to be connected to the circuit board. The two connecting parts () are arranged substantially in parallel to each other. The board connection terminal () comprises two board connection terminals () that are arranged with the resistor element () sandwiched therebetween. Contact resistance between the intermediate part () and the shunt resistor () is lower than conductor resistance of the intermediate part ().

Battery state detection apparatus

A back tension mechanism includes: a shaft to be connected to an axle of a medium roll; a rotation transmitting member connected to the shaft via a torque limiter and having an engaging portion; a first rotating member having a first engaged portion configured to, when the rotation transmitting member rotates in a first direction, engage with the engaging portion to receive a rotational force; a second rotating member having a second engaged portion configured to, when the rotation transmitting member rotates in a second direction opposite to the first direction, engage with the engaging portion to receive a rotational force; an urging member for urging the first rotating member in the second direction and the second rotating member in the first direction; and a base for limiting a range of rotation of the first rotating member and a range of rotation of the second rotating member.

Back tension mechanism and roll medium conveying device

A rolling guide device is capable of facilitating smooth circulation of rolling elements in an endless circulation path, and enhancing the accuracy of motion of a moving member relative to a track member. The moving member includes: a main body member having load rolling surfaces and return paths for the rolling elements; direction change pipes incorporating inner direction change paths and having inner peripheral guide surfaces of outer direction change paths, respectively; and lid members each being mounted on the main body member and having outer peripheral guide surfaces of the outer direction change paths. The main body member has position reference holes formed therein so as to serve as position references for the direction change pipes, respectively, whereas the direction change pipes have positioning protrusions formed thereon so as to be press-fitted into the position reference holes, respectively. Further, the direction change pipes include rotation restriction protruding portions.

Rolling guide device

A rolling guide device is capable of preventing a scooping piece formed on a circulation path module from being deformed along with use over time, and enhancing the durability of the scooping piece, thereby achieving smooth motion of a moving member relative to a track member. A moving member includes: a main body member having load rolling surfaces and return paths for rolling elements; direction change pipes having formed therein inner direction change paths and having inner peripheral guide surfaces of outer direction change paths, respectively; and lid members each being mounted on the main body member and having outer peripheral guide surfaces of the outer direction change paths. Each of the direction change pipes includes: a first half circulation segment and a second half circulation segment; and a scooping portion for guiding the rolling elements into each of the inner direction change paths.

Rolling guidance device

Provided is a metal core board which has a preferable function for a vehicle-mountable junction box, specifically, is reduced in size or improved in mounting efficiency. A metal core board for a vehicle-mountable junction box, which is mountable on the vehicle-mountable junction box, wherein a core plate forming an intermediate layer of the metal core board has a plurality of slits and an island surrounded by separating connection parts present between the slits; and in the state where the island is held between insulating layers stacked on both of two surfaces of the core plate, through-boresare formed at the separating connection parts to remove the separating connection parts and the island is made electrically independent from a remaining part of the core plate while being held between the insulating layers. Thus, a plurality of circuits can be formed.

Metal core board for vehicle-mountable junction box

An ink ribbon cartridge holds an ink ribbon impregnated with ink. A casing includes two guide portions projecting from the casing. An ink ribbon formed in a Mobius loop, the ink ribbon including a width, the ink ribbon including a first half of the width and a second half of the width, the ink ribbon being housed in the casing and exiting the casing from a free end of one of the two guide portions and entering the casing from a free end of the other of the two guide portions. An ink supplying section supplies ink to the ink ribbon at an area in the first half of the width, the area being directly facing the casing between the two guide portions.

Ink ribbon cartridge and printer

A motion guide device including a track shaft having a rolling surface; a moving member movable along the track shaft; a first seal member in sliding contact with a surface of the track shaft to close a gap between the track shaft and the moving member; and a second seal member provided along the rolling surface of the track shaft and closes the gap between the track shaft and the moving member. The second seal member includes: a fixing substrate locked to the moving member; and a seal portion fixed to the fixing substrate along the rolling surface of the track shaft and includes a seal lip portion in sliding contact with the surface of the track shaft and an extended seal portion in close contact with the first seal member while being compressed by the first seal member when the first seal member is fixed to the moving member.

Motion guide device

Ink ribbon cartridge

A rotation sensor including: a main rotor that integrally rotates with a rotor to be measured; a sub-rotor that rotates in accordance with rotation of the main rotor with a different number of revolutions from that of the main rotor; a first detector detecting rotation of the main rotor; and a second detector detecting rotation of the sub-rotor. The rotation sensor detects an absolute rotation angle of the rotor to be measured from detection signals from the first detector and the second detector. Respective detection signals obtained from the first detector and the second detector are cyclically output in accordance with rotation of each rotor, and the following relationship is satisfied:()&#xd7;(i and n are positive integers),wherein Tc is a cycle of the detection signal from the first detector, and Tm is a cycle of the detection signal from the second detector.

Rotation sensor with detection signal timing cycle features

A three-dimensional image display apparatus which displays a three-dimensional image as a set of two-dimensional images by switching and displaying the two-dimensional images on a rotating self-luminous two-dimensional display panel while synchronizing with the rotation angle of the two-dimensional display panel. This three-dimensional image display apparatus comprises a rotation body for rotating the two-dimensional display panel while fixing and supporting, a support body for rotatably supporting the rotation body, compressing image data on the support body to display the two-dimensional image on the two-dimensional display panel, transmitting the compressed image data from the support body to the rotation body side, receiving the transmitted compression image data on the rotation body, and expanding the received compression image data on the rotation body so as to restore an original image data. The support body is external to the rotation body, and includes drive coils which generate a repulsive and an attractive force with magnets in the rotation body.

Three-dimensional image display apparatus including a rotating two-dimensional display panel

Growing community of inventors

Tokyo, Japan

Shinya Saito