Abstract: To enable lightweight, compact, and sufficient analytical precision.

Abstract: A molten metal bath composition analysis system includes: a laser oscillator that oscillates a laser beam; a cylindrical probe that includes an opening end immersed in a molten metal bath, supplies an inert gas toward the opening end, and guides the laser beam to the opening end to irradiate a molten metal with the laser beam; and a detector that detects and spectroscopically analyzes plasma emission of the molten metal caused by the irradiation with the laser beam, wherein at least one of the position of the opening end of the cylindrical probe in the molten metal bath and the angle of the cylindrical probe with respect to a vertical direction can be controlled.

Abstract: A stereo camera device includes a plurality of cameras, a distance sensor configured to detect a distance to an object, a holder configured to hold the plurality of cameras and the distance sensor so that the optical axis of the distance sensor and the optical axes of the plurality of cameras are in the same direction, an electronic circuit, and a case in which the plurality of cameras and the distance sensor held by the holder, and the electronic circuit are provided.

Abstract: A stereo camera device includes a plurality of cameras, a distance sensor configured to detect a distance to an object, a holder configured to hold the plurality of cameras and the distance sensor so that the optical axis of the distance sensor and the optical axes of the plurality of cameras are in the same direction, an electronic circuit, and a case in which the plurality of cameras and the distance sensor held by the holder, and the electronic circuit are provided.

Abstract: A diagnostic assistance method for a disease based on an endoscopic image of a digestive organ with use of a convolutional neural network (CNN) trains the CNN using a first endoscopic image of the digestive organ and at least one final diagnosis result of the positivity or the negativity for the disease in the digestive organ, or information corresponding to a severity level, the final diagnosis result being corresponding to the first endoscopic image, and the trained CNN outputs at least one of a probability of the positivity and/or the negativity for the disease in the digestive organ, a severity level of the disease, or a probability corresponding to the invasion depth (infiltration depth) of the disease, based on a second endoscopic image of the digestive organ.

Abstract: A wireless communication processing decision unit 33 acquires, from a wireless communication specific information storage unit 52, wireless communication specific information which specifies regions in which utilization of its frequency bandwidth is permitted by law. Next, registered position information which specifies the region in which this mobile communication terminal is position registered is acquired from a registered position information storage unit 34. Next, if the region specified by the registered position information is included in the regions shown by the wireless communication specific information, then the wireless communication processing decision unit 33 makes a decision to the effect that communication is possible, and notifies a communication processing unit 53 of this permission of communication. Upon receipt of this communication permission, the communication processing unit 53 starts communication processing.

Abstract: The present invention provides a system using an international roaming-capable mobile communication network in which a server controls the form in which a service is provided in accordance with the country of a service area in which a mobile station is located. The mobile station 1 determines the service area in which the mobile station 1 is located in accordance with a mobile communication mode set by a mobile communication mode setting function. Alternatively, the mobile station 1 determines the service area in which it is located through notification information relating to a mobile communication network system, received from a base station. When the mobile station 1 transmits a request for a service to a content provider server 4, the mobile station 1 simultaneously adds a region header describing the determined service area. A gateway G/W63 may add the region header instead of the mobile station 1.

Abstract: A pneumatic tire has two circumferential-direction main grooves (13) and lug grooves (15). The circumferential-direction main grooves are disposed outside quarter point sections of a tread contact width (TW) in a tread width direction, respectively, the two circumferential-direction main grooves extending in a tire circumferential direction, each of the quarter point sections of the tread contact width (TW) being a midpoint between a tire equator line and a corresponding tread end portion. The lug grooves are extended outwardly from the circumferential-direction main grooves in the tread width direction. Each quarter point section of the tread contact width (TW) has a rib-like shape continuously extending in the tire circumferential direction.

Abstract: A wireless communication processing decision unit 33 acquires, from a wireless communication specific information storage unit 52, wireless communication specific information which specifies regions in which utilization of its frequency bandwidth is permitted by law. Next, registered position information which specifies the region in which this mobile communication terminal is position registered is acquired from a registered position information storage unit 34. Next, if the region specified by the registered position information is included in the regions shown by the wireless communication specific information, then the wireless communication processing decision unit 33 makes a decision to the effect that communication is possible, and notifies a communication processing unit 53 of this permission of communication. Upon receipt of this communication permission, the communication processing unit 53 starts communication processing.

Abstract: A wireless communication processing decision unit 33 acquires, from a wireless communication specific information storage unit 52, wireless communication specific information which specifies regions in which utilization of its frequency bandwidth is permitted by law. Next, registered position information which specifies the region in which this mobile communication terminal is position registered is acquired from a registered position information storage unit 34. Next, if the region specified by the registered position information is included in the regions shown by the wireless communication specific information, then the wireless communication processing decision unit 33 makes a decision to the effect that communication is possible, and notifies a communication processing unit 53 of this permission of communication. Upon receipt of this communication permission, the communication processing unit 53 starts communication processing.

Abstract: A pneumatic tire has two circumferential-direction main grooves (13) and lug grooves (15). The circumferential-direction main grooves are disposed outside quarter point sections of a tread contact width (TW) in a tread width direction, respectively, the two circumferential-direction main grooves extending in a tire circumferential direction, each of the quarter point sections of the tread contact width (TW) being a midpoint between a tire equator line and a corresponding tread end portion. The lug grooves are extended outwardly from the circumferential-direction main grooves in the tread width direction. Each quarter point section of the tread contact width (TW) has a rib-like shape continuously extending in the tire circumferential direction.

Abstract: The present invention provides a system using an international roaming-capable mobile communication network in which a server controls the form in which a service is provided in accordance with the country of a service area in which a mobile station is located. The mobile station 1 determines the service area in which the mobile station 1 is located in accordance with a mobile communication mode set by a mobile communication mode setting function. Alternatively, the mobile station 1 determines the service area in which it is located through notification information relating to a mobile communication network system, received from a base station. When the mobile station 1 transmits a request for a service to a content provider server 4, the mobile station 1 simultaneously adds a region header describing the determined service area. A gateway G/W63 may add the region header instead of the mobile station 1.

Abstract: A wireless communication processing decision unit 33 acquires, from a wireless communication specific information storage unit 52, wireless communication specific information which specifies regions in which utilization of its frequency bandwidth is permitted by law. Next, registered position information which specifies the region in which this mobile communication terminal is position registered is acquired from a registered position information storage unit 34. Next, if the region specified by the registered position information is included in the regions shown by the wireless communication specific information, then the wireless communication processing decision unit 33 makes a decision to the effect that communication is possible, and notifies a communication processing unit 53 of this permission of communication. Upon receipt of this communication permission, the communication processing unit 53 starts communication processing.

Abstract: An electrochemical device comprises a pair of electrodes having electrode layers formed on strip-like collectors except on their strip-like portions along a longitudinal side of the strip-like collectors; strip-like separators insulating these; two collector plates connected to the strip-like portions; a case accommodating these; a lid for sealing the case; a pair of terminals connected to the collector plates and being connectable to an outside of the case. The pair of terminals is respectively connected to the lid and the case, and the pair of electrodes are wound interposing the separators therebetween, and the strip-like portions are located on both end surfaces. The electrochemical device has high volume density and low internal resistance and it can be manufactured in short time.

Abstract: In order to provide an optical element having an optical thin film free of cracking or peeling, with excellent durability, the optical thin film is constructed of a layer containing a fluoride of lanthanoid.