Abstract: Provided is an endoscope that prevents an increase in temperature of a light-emitting element. This endoscope includes: an observation window fixed to a distal tip member disposed at a distal tip of an insertion portion; a light-emitting element that emits light in a viewing direction of the observation window; a power supply wire that supplies power to the light-emitting element; an illumination frame that surrounds a connection portion between the light-emitting element and the power supply wire; a connector unit connected to an endoscope processor; and a conductor wire that connects the illumination frame and the connector unit.

Abstract: Provided is an endoscope that is not susceptible to damage due to static electricity. This endoscope includes: an observation window fixed to a distal tip member disposed at a distal tip of an insertion portion; and an illumination unit that emits light in a viewing direction of the observation window, the illumination unit including a light-emitting element, a power supply wire that supplies power to the light-emitting element, a conductor wire extending along the power supply wire, and a conductive illumination frame that surrounds a connection portion between the light-emitting element and the power supply wire, is insulated from the power supply wire, and is electrically connected to the conductor wire.

Abstract: Provided is a secondary battery in which corrosion of an exterior body is stably suppressed. A non-aqueous electrolyte secondary battery according to an embodiment of the present disclosure comprises: an exterior body having a bottomed cylindrical shape and having a grooving portion in an opening portion; an electrode body and a non-aqueous electrolyte housed in the exterior body; and a sealing body caulked and fixed between the grooving portion and an opening end in the opening, wherein in a portion from the grooving portion of the inner surface of the exterior body to the open end portion, a powder of at least one among compounds selected from the group consisting of hydroxides, oxides, and carbonates is present.

Abstract: An information processing apparatus performs electromagnetic field analysis over a plurality of stages. The information processing apparatus includes a hardware processor connected to a memory. The hardware processor sequentially selects an analysis target and determines one or more analysis regions in the analysis target. The one or more analysis regions are determined on the basis of a parameter relative to mutual influence between structures included in the analysis target. The hardware processor performs electromagnetic field analysis on the one or more analysis regions. The structures include a first structure and a second structure. At least one of the one or more analysis regions includes an entirety of the first structure and part of the second structure.

Abstract: An antenna apparatus capable of being downsized while preventing performance degradation is provided. Antenna apparatus includes: first antenna; second antenna; first ground plane to which first antenna is connected via first power feeder; and second ground plane to which second antenna is connected via second power feeder. In antenna apparatus, first ground plane and second ground plane are provided substantially in parallel with each other.

Abstract: An antenna apparatus capable of being downsized while preventing performance degradation is provided. Antenna apparatus includes: first antenna; second antenna; first ground plane to which first antenna is connected via first power feeder; and second ground plane to which second antenna is connected via second power feeder. In antenna apparatus, first ground plane and second ground plane are provided substantially in parallel with each other.

Abstract: A feed element is disposed over a surface of a first conductor. A second conductor is disposed at a distance from the feed element greater than a distance between the feed element and the surface. The second conductor has a second shape that is a sheet-like shape in plan view. The second conductor is disposed to overlap the surface of the feed element. At least a part of the third conductor is located closer to the first conductor than the second conductor is located, in a direction perpendicular to the surface of the second conductor. The at least part of the third conductor is located farther than a part of the second conductor with respect to the feed element. A second distance between the at least part of the third conductor and the first conductor is less than twice a first distance between the feed element and the first conductor.

Abstract: A feed element is disposed over a surface of a first conductor. A second conductor is disposed at a distance from the feed element greater than a distance between the feed element and the surface. The second conductor has a second shape that is a sheet-like shape in plan view. The second conductor is disposed to overlap the surface of the feed element. At least a part of the third conductor is located closer to the first conductor than the second conductor is located, in a direction perpendicular to the surface of the second conductor. The at least part of the third conductor is located farther than a part of the second conductor with respect to the feed element. A second distance between the at least part of the third conductor and the first conductor is less than twice a first distance between the feed element and the first conductor.

Abstract: A sealing body according to the present invention is sealing body for a sealed battery including conductive terminal cap, a conductive explosion-proof valve electrically connected to the terminal cap, a conductive terminal plate having an abutting surface abutting the explosion-proof valve, and an insulating plate disposed between the explosion-proof valve and the terminal plate. A welded part between the explosion-proof valve and the terminal plate is formed in the inner part of the abutting surface, and the plan-view shape of the welded part is a shape defining an enclosed region, a C-shape, or a spiral shape. A notch part surrounding the welded part is formed in the terminal plate. The breaking pressure of the welded part is higher than the breaking pressure of the notch part.

Abstract: A sealing body according to the present invention is sealing body for a sealed battery including conductive terminal cap, a conductive explosion-proof valve electrically connected to the terminal cap, a conductive terminal plate having an abutting surface abutting the explosion-proof valve, and an insulating plate disposed between the explosion-proof valve and the terminal plate. welded part between the explosion-proof valve and the terminal plate is formed in the inner part of the abutting surface, and the plan-view shape of the welded part is a shape defining an enclosed region, a C-shape, or a spiral shape. A notch part surrounding the welded part is formed in the terminal plate. The breaking pressure of the welded part is higher than the breaking pressure of the notch part.