Mitsubishi Denki Kabushiki Kaisha

Dena Co., Ltd.

Olympus Corporation

Mitsubushi Denki Kabushiki Kaisha

Mitusbishi Denki Kabushiki Kaisha

Yuji Kishimoto

Kunihide Kaji

Seiji Wataya

Shinichi Kohge

Nobuko Matsuo

Haruhiro Inoue

Yoshie Aikawa

Hisashi Sakamoto

Yoshitaka Honda

Ryoji Nishiyama

Kazue Tanaka

Toshinori Suzuki

Kenro Mitsuda

Hideaki Katashiba

Masanobu Uchinami

Satoshi Takekoshi

Katsuaki Yasui

Hideyuki Kasahara

Yasuo Tanigami

Yuji Ukai

Yusuke Otsuka

Noriko Kuroda

Hirofumi Oouchi

Minoru Satou

Hiroaki Sigeoka

Takaaki Igarashi

Eishi Kuroda

A medical system can include a light source configured to generate excitation light; and a processor including a memory, the processor: controlling energy supplied to an energy device, the light source generating the excitation light to generate fluorescence from the living body tissue heat treated by the energy device; generating a fluorescence image based on an image pickup signal obtained by imaging the living body tissue; and generating a control signal that restricts energy supply to the energy device and output the control signal to the energy control apparatus when a pixel value of at least one pixel in the fluorescence image exceeds a first threshold value.

Medical system, energy control method, and processor

An endoscopic treatment method includes: inserting an endoscope into a digestive tract; forming a damaged area in at least a portion of the digestive tract along a circumferential direction by performing cauterizing while keeping a mucosal layer by observing with the endoscope; and forming an incomplete stenosis in the digestive tract, while restoring the damaged area, wherein the damaged area is formed by causing damage to a mucosal base layer, the mucosal base layer having an interface that contacts a submucosal layer.

Method for treating gastro esophageal reflux disease

In an endoscopic treatment method, a damaged area is formed in at least a portion of a digestive tract along a circumferential direction. The damaged area is formed by performing thermal ablation of mucosal layer and not removing the mucosal layer. An incomplete stenosis is formed in the digestive tract during restoration of the damaged area.

A server device connected to a first player terminal used by a first player and a second player terminal used by a second player to communicate with each other, including: a storage unit that stores player information in which each of items owned by players is associated with each of the players; a reception unit that receives, from the first player terminal, an exchange request to exchange a first item owned by the first player for a second item different from the first item, and receives, from the second player terminal after the exchange request, an acquisition request that the second player acquire the first item in an exchange source from the first player; a judging unit that judges whether or not the second player owns the second item based on the player information when the reception unit receives the acquisition request; and an item exchange processing unit.

Server device, non-transitory server device-readable storage medium, and game system

One object is to provide a system that determines a fairer exchange rate than conventional systems, the determined exchange rate being used in exchange of game contents in virtual space such as games. In accordance with one aspect, a game system according to an embodiment of the present invention includes a trade condition updating unitconfigured to update first trade condition information so as to include the trade quantity and the player identification information of a third player included in a first trade condition updating request obtained from the third player when the first trade condition updating request includes a trade quantity of a first game content and the trade quantity of the first game content is greater than the trade quantity included in the first trade condition information, and configured to update second trade condition information so as to include the trade quantity and the player identification information of the third player included in the first trade condition updating request when the first trade condition updating request includes a trade quantity of a second game content and the trade quantity of the second game content is greater than the trade quantity included in the second trade condition information.

Game system for exchanging medium in game

One object is to provide a server device that enables accurate expectation of cost required to acquire a desired game content. In accordance with one aspect, a server device according to an embodiment of the present invention provides a game to one or more players via a network. This server device includes a won game content selecting unit configured to select one or more game contents as first won game contents from the game contents contained in a first deck allocated to a first player of the one or more players, an owned game content information storage unit configured to store the one or more won game contents in association with the first player identification information, and an updating unit configured to update the first deck by clearing the one or more first won game contents from the first deck.

Game system for providing video games

A fuel pressure detector and a pressure accumulator are disposed in a fuel distribution line, an engine control apparatus controlling activation of a fuel pump based on output from the fuel pressure detector. The fuel pump is activated at maximum capacity to fill the fuel distribution line with fuel at a controlled pressure controlled by a fuel pressure regulator, then stopped. In this state, fuel accumulated under pressure in the pressure accumulator replenishes the fuel distribution line until fuel pressure inside the fuel distribution line drops to a predetermined value due to fuel injection by fuel injection valves.

Automotive fuel supply apparatus

A catalyst for internal combustion engine exhaust purification without frequently switching to a rich burn mode. The catalyst includes a catalyst A containing an NOabsorbing substance and an NOreducing catalyst, a catalyst B containing a hydrogen adsorption substance and a hydrogen oxidizing catalyst, an electron conductive substance C, and an ion conductive substance D. Electrons move between the catalyst A and the catalyst B through the electron conductive substance C, ions move through the ion conductive substance D, and an electrochemical reducing reaction and an electrochemical oxidizing reaction respectively occur on the catalyst A and on the catalyst B. Therefore, it is possible to quickly reduce the adsorbed NOusing the adsorbed hydrogen without depending on the atmosphere.

Catalyst and process for exhaust purification

A nonvolatile memory built in a vehicle control computer and storing control software and an auxiliary storage for setting an unerasable region to the nonvolatile memory and updating the control software in an erasable region to new control software are used.

Controller for automobile

A non-volatile memory device,or,is provided, wherein intrinsic information indicating variances of characteristics of individual units is stored in advance in the inexpensive memory device,or,through a simple processing procedure with a view to adjusting a control quantity with high accuracy upon ordinary control by executing software with a microcomputer,A or,A. Thus, a control system for a motor vehicle exhibiting excellent performances can be implemented at low costs, which allows accurate and precise adjustment to be realized through a simplified adjusting step while reducing an extraneous space for adjustment of variance without need for use of any specific part of high precision.

Control device for automobiles

A thermal flow sensor comprising a heat-sensitive electrical resistor having a substantially uniform temperature profile so that the heat radiation which causes a measurement error is decreased. The resistor element of the resistor comprises a main heat-sensitive section having a first resistance temperature coefficient and a thermal bullet section having a second resistance temperature coefficient greeter than the first temperature coefficient by at least 1,000 ppm, the thermal buffer section being positioned in the vicinity of the support means. The first temperature coefficient may be a negative value and the second temperature coefficient may be a positive value and the base member may be made of zirconia. Alternatively, the thermal flow sensor of the present invention may comprises the heat-sensitive resistor element which has a negative resistance temperature coefficient along its entire length.

Thermal flow sensor and heat-sensitive resistor therefor

In an engine speed control method including detecting a signal representing an error between an actual engine speed and a desired idling speed, and controlling both an ignition timing of an engine according to the error signal and an intake air quantity or an air/fuel mixture quantity to be sucked into the engine in order to make an engine speed to the desired engine speed; the improvement comprising the step of correcting the intake air quantity and the air/fuel mixture quantity to the engine according to an ignition timing error signal representing an error between an actual ignition timing of the engine and an ignition timing predetermined in accordance with an engine operation condition.

Engine speed control method

A failure-time control device for a fuel injection controller of an internal combustion engine provided with a failure-time by-pass throttle valve control device to maintain a by-pass throttle valve at a definite aperture on the basis of an output signal from a trouble detecting device for detecting trouble occurred in an intake air flow detecting device; and a failure-time fuel injection valve control device which calculates a fuel quantity on the basis of a relationship of a fuel injection quantity with respect to an aperture of a main throttle valve to be determined by a definite aperture maintained by said by-pass throttle valve and the number of revolution of the engine, based on an output signal from said trouble detecting means, and which feeds by injection the fuel into the internal combustion engine by controlling the fuel injection valve on the basis of the quantity as calculated.

Failure-time control device for a fuel injection controller of an

A fuel-injection control system for an internal combustion engine capable of ensuring the stable and proper backup operation of the engine in case of a failure of an intake-air sensor without suffering from any substantial influence from the amount of intake air flowing through a bypass conduit which bypasses a part of intake air in an intake passage across a throttle valve. The fuel-injection control system comprises: the intake-air sensor for detecting the flow rate or the pressure of intake air sucked into the engine; a throttle-opening sensor adapted to generate an output signal representative of the opening degree of the throttle valve; a temperature sensor adapted to generate an output signal representative of the temperature of an engine coolant; an engine RPM sensor adapted to generate an output signal representative of the RPMs of the engine; and a control unit adapted to receive output signals of the sensors for controlling the operations of the fuel injection valves on the basis of the information on engine operating conditions obtained from the sensors in a manner such that when the intake-air sensor fails, the amount of fuel to be injected from the fuel injection valves is determined on the basis of the opening degree of the throttle valve detected by the throttle-opening sensor, the temperature of the engine coolant detected by the temperature sensor, and the RPMs of the engine detected by the engine RPM sensor.

Growing community of inventors

Tokyo, Japan

Yuji Kishimoto