Fujikura Rubber Ltd.

Fujikura Composites, Inc.

Honda Motor Co., Ltd.

Fuji Electric Co., Ltd.

Olympus Medical Systems Corporation

The Nippon Signal Co., Ltd.

Fujitsu Corporation

Other

Eyetech Co., Ltd.

Toyo Denso Co., Ltd.

Masaki Takahashi

Hiroshi Sakama

Tsutomu Narita

Yoshiharu Nakajima

Hironao Kawano

Kazuaki Takayama

Eishi Kawasaki

Yuka Amamori

Yutaka Hasebe

Hironobu Takizawa

Ryo Fujii

Kazuya Nakano

Shunsuke Ohga

Kiyotaka Uchida

Chihaya Ogawa

Yuichiro Minegishi

Yasurou Matsuzaki

Hiroyuki Fukuda

Toru Kawai

Hideo Kubo

Rikihiro Maruyama

Shinya Saito

Takao Okada

Shinsuke Tanaka

Toshio Sugimoto

Eiji Koike

Kenta Sugitate

Tatsuro Hayashi

Yoshihiko Yamagishi

Yosuke Tsuji

Akira Minegishi

Tsubasa Ikeya

Kousuke Komatsu

Atsushi Mizutani

Kengo Aoki

Kenya Murakami

Yuji Tsuchimoto

Tadashi Naito

Ryo Kaneshima

Shinichiro Inoue

Kazuto Yamane

Naoaki Shimizu

Satoshi Yanoi

Suguru Umetsu

Takaharu Ishige

Chikasa Uenosono

Junya Matsuki

Tetsuo Murakami

Masahiro Seshimo

Yoshikazu Mutoh

Takehisa Matsuda

Syunsuke Ohga

Yoshiyuki Ikemoto

Takeshi Kitajima

Runa Nakamura

Taiji Mori

Shuhei Shibata

Takehiko Endo

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

This invention provides a baggage inspection device that can maintain or improve inspection throughput. The Baggage Inspection Deviceaccording to an embodiment of this invention comprises Conveyorthat transports Baggage BA, Inspection Unitthat inspects Baggage BA, Curtainthat shields X-rays emitted from Inspection Unitand Transportation Assist Mechanismthat assists transportation of Baggage BA by moving Curtainthat comes into contact with Baggage BA in a direction along Direction Di.e. the transport direction of Baggage BA.

Baggage inspection device

A truck is provided. An electric motor generates a traveling drive force. A battery supplies power to the electric motor. An engine drives a generator capable of charging the battery. The battery is provided between the electric motor and the engine in a front-and-rear direction of the truck.

Truck mounting of engine battery and motor

Provided is a metal-air battery and a method of using the same that make it possible to simplify replacement work while also sustaining high output effectively. The metal-air battery includes a cell unit provided with a plurality of metal-air battery cells in parallel, each metal-air battery cell being configured to include a metal electrode, an air electrode disposed facing the metal electrode, and a housing that supports the metal electrode and the air electrode. The metal-air battery also includes handles for example that act as a first replacing means enabling the replacement of the entire cell unit. With this arrangement, it is possible to simplify replacement work while also sustaining high output effectively.

Metal-air battery and method of using the same

A means is provided for enabling easy identification of baggage in which one or more hazardous item is detected. An inspection system is equipped with a first conveyor, inspection device, cover, camera, controller and display. The first conveyor transports baggage to the inspection device. The inspection device captures transmitted-light images of the baggage using light that transmits through the baggage. The cover covers a transport path of the baggage to prevent a hand of a visitor from being inserted into an image shooting area where electromagnetic waves that are harmful to the human body are irradiated. The camera captures visible-light images of the baggage using visible light. The controller controls the first conveyor, inspection device, camera and display. Under control of the controller, the display simultaneously displays a transmitted-light image and a visible-light image of the baggage.

Inspection system

A technique is provided to enable a baggage holder to smoothly place baggage on a conveyor belt. An inspection device inspects the baggage of a visitor using x-rays. A belt conveyor transports the baggage to an inspection device. On the surface of the belt, plural marks are printed at predetermined intervals along the transport direction. When the belt conveyor drives the belt, the marks move in the transport direction at the transport speed of the belt. When placing baggage on the belt, the visitor can easily perceive the status of the belt, such as its transport direction and speed. The inspection device may have a light emitter near the loading position where baggage should be placed on the belt, and the color of light from the light emitter may change to notify the visitor when baggage should be placed on the belt.

Provided is a metal-air battery and a method of using the same that make it possible to simplify replacement work while also sustaining high output effectively. The metal-air battery of the present invention comprises a cell unit provided with a plurality of metal-air battery cells in parallel, each metal-air battery cell being configured to include a metal electrode, an air electrode disposed facing the metal electrode, and a housing that supports the metal electrode and the air electrode. The metal-air battery also comprises handles for example that act as a first replacing means enabling the replacement of the entire cell unit. With this arrangement, it is possible to simplify replacement work while also sustaining high output effectively.

A power supply device mounting structure for a power supply device disposed below a seat disposed in a vehicle interior is provided. The power supply device mounting structure includes a plate member and a contact portion. The plate member is disposed between the power supply device and a seat surface portion of the seat and the plate member covers an upper surface of the power supply device. The contact portion is provided at a position facing an edge portion of the plate member and the contact portion comes into contact with the seat surface portion when a load is input from the seat surface portion.

Power supply device mounting structure

A battery unit equipped in a vehicle includes a battery, a case accommodating the battery, an upper surface covering material covering an upper surface of the battery in the case, an intake portion provided on the upper surface covering material and configured to take in air from an outside of the case to above the battery, a lower surface covering material covering a lower surface of the battery in the case, an exhaust portion provided on the lower surface covering material and configured to discharge air that has cooled or heated the battery, a fan disposed below the lower surface covering material, configured to take in air discharged from the exhaust portion, and discharge the air between the lower surface covering material and a bottom surface of the case.

Battery unit

A circuit pattern, which is a second negative electrode wiring, and a horizontally extending area of a circuit pattern, which is a first negative electrode wiring, are connected electrically and mechanically by a vertically extending area of the circuit pattern and wires, which are an inter-negative-electrode wiring. As a result, N terminals and N1 terminals are equal in potential in a semiconductor device. The N terminals of a converter circuit section and the N1 terminals of an inverter circuit section are electrically connected to make the N terminals and the N1 terminals equal in potential.

Semiconductor device

Particularly, there is provided a liquid detection sensor in which a liquid contact area is formed integrally with a separator, and that improves detection accuracy with a small number of parts. A liquid detection sensor () according to the present invention includes a metal-air battery () formed by laminating a negative electrode sheet (), a positive electrode sheet () and a separator () interposed between the negative electrode sheet () and the positive electrode sheet (), and the separator () is formed wider than an area in which the positive electrode sheet () and the negative electrode sheet () overlap with the separator () interposed therebetween, and includes a liquid contact area (') exposed from at least one of the positive electrode sheet and the negative electrode sheet.

Liquid detection sensor

Provided is a metal-air battery and a method of using the same that make it possible to obtain a high output while also promoting the discharge of product associated with power generation and achieve stable output over time. A metal-air battery according to the present invention comprises a metal-air battery unit provided with a plurality of metal-air battery cells in parallel, each metal-air battery cell being configured to include a metal electrode, air electrodes disposed facing each other on either side of the metal electrode, and a housing that supports the metal electrode and the air electrodes, wherein the air electrodes are exposed on an outer face on either side of the housing, a liquid chamber is formed in each housing, and in the metal-air battery unit, an air chamber that is open on top is formed between the facing air electrodes between each of the metal-air battery cells, and in each metal-air battery cell, a through-hole that communicates to the liquid chamber and is supplies an electrolytic solution to the liquid chamber and can also release a product produced by a reaction between the metal electrode and the air electrodes to the outside of the metal-air battery unit is formed.

A semiconductor device, including a semiconductor chip having a first main electrode on a front surface thereof, the first main electrode having a plurality of bonded regions, and a plurality of wires that are bonded respectively to the plurality of bonded regions of the first main electrode. In a top view of the semiconductor device, the plurality of bonded regions do not overlap in either a predetermined first direction, or a second direction perpendicular to the predetermined first direction.

A metal-air battery is comprised by a metal-air battery unit having a plurality of juxtaposed metal-air battery cells with a small number of components and a simple structure for injection of the electrolytic solution into each cell. Each metal-air battery cell has an air electrode, a metal electrode arranged to face the air electrode, and a casing configured to support the air electrode and the metal electrode. Each casing includes an air chamber and a liquid chamber. Each air chamber has an upper part opened to the outside. The casing has a liquid feeding port communicating with the liquid chamber for admitting an electrolytic solution when the metal-air battery unit is lowered into a container of electrolytic solution.

It is an object to provide a metal-air battery and a method for removing an oxide film that can appropriately remove an oxide film while reducing waste of power required for removing the oxide film. The metal-air battery of the present invention includes a battery main body portion in which a metal electrode and an air electrode are arranged so as to be opposed to each other through an electrolytic solution, a USB terminal to which an external load is connected, and a controller for electrically connecting the battery main body portion and the USB terminal, the controller includes a microcomputer for determining connection or disconnection of an external load to or from the USB terminal, and when the microcomputer confirms the connection of the external load, a current for removing an oxide film is made to flow through a circuit including the metal electrode, the air electrode, and an oxide film removing resistor.

Metal-air battery and method for removing oxide film

Growing community of inventors

Saitama, Japan

Masaki Takahashi