Abstract: An advertisement allocation generation device of the present disclosure includes viewing data acquiring means, advertisement allocation condition acquiring means, and advertisement allocating means. The viewing data acquiring means acquires viewing-related data of a viewer from a terminal device with which the viewer views content. The advertisement allocation condition acquiring means acquires advertisement allocation condition data for allocating an advertisement to a program. The advertisement allocating means generates, based on the viewing-related data and the advertisement allocation condition data, advertisement allocation information obtained by allocating the advertisement to content to be broadcast to the viewer.

Abstract: A main part generation device of the present disclosure includes main part generation condition acquiring means, viewing data acquiring means, moving image content acquiring means, and main part generating means. The main part generation condition acquiring means acquires main part generation condition data indicating generation conditions for a main part program of a broadcast station. The viewing data acquiring means acquires viewing-related data of a viewer from a terminal device with which the viewer views main part moving image content. The moving image content acquiring means acquires a plurality of pieces of moving image content. Based on the viewing-related data and the main part generation condition data, the main part generating means combines the moving image content to generate the main part moving image content to be distributed to the viewer.

Abstract: A master device of the present disclosure includes acquiring means, managing means, generating means, and transmitting means. The acquiring means acquires program organization data of a plurality of broadcast stations. The managing means manages the acquired program organization data for each of the broadcast stations. The generating means generates content for each of the broadcast stations using the managed program organization data. The transmitting means transmits the generated content to a terminal device that views a broadcast station corresponding to the content.

Abstract: A heater includes an irradiator configured to irradiate a heating object including a liquid attachment region, onto which a liquid is applied, with an active energy ray, and circuitry configured to control an output of the active energy ray emitted from the irradiator to an edge portion in the liquid attachment region of the heating object to be larger than an output of the active energy ray emitted from the irradiator to a non-edge portion in the liquid attachment region excluding the edge portion.

Abstract: A solid electrolytic capacitor includes a capacitor element, an outer anode terminal, an outer cathode terminal and an outer mold. The capacitor element has an anode lead wire, an anode body and a cathode layer. The capacitor element has an upper surface and a lower surface in an up-down direction. The outer cathode terminal and the outer anode terminal are positioned away from each other in a predetermined direction perpendicular to the up-down direction. The outer cathode terminal has an upper portion, a lower portion and a connecting portion. One of the upper portion and the lower portion is longer than a remaining one of the upper portion and the lower portion in the predetermined direction. The outer mold covers the capacitor element so that each of the outer anode terminal and the outer cathode terminal is partially exposed to an outside of the solid electrolytic capacitor.

Abstract: A solid electrolytic capacitor comprises a capacitor element, an outer anode terminal, an outer cathode terminal and an outer mold. The capacitor element has an anode lead wire, an anode body and a cathode layer. The capacitor element has an upper surface and a lower surface in an up-down direction. The outer cathode terminal and the outer anode terminal are positioned away from each other in a predetermined direction perpendicular to the up-down direction. The outer cathode terminal has an upper portion, a lower portion and a connecting portion. One of the upper portion and the lower portion is longer than a remaining one of the upper portion and the lower portion in the predetermined direction. The outer mold covers the capacitor element so that each of the outer anode terminal and the outer cathode terminal is partially exposed to an outside of the solid electrolytic capacitor.

Abstract: A solid electrolytic capacitor according to an aspect of the present disclosure includes a tantalum lead-out wire and a capacitor element. The capacitor element includes an anode body, a dielectric layer, a solid electrolyte layer, and a cathode body. The tantalum lead-out wire penetrates the capacitor element in a penetrating direction, cross sections of the tantalum lead-out wire and the capacitor element perpendicular to the penetrating direction include a rectangular shape, a longitudinal direction of the cross sections extending in a horizontal direction, and a value of Wc/Wd is less than 0.5, where We is a vertical length of the cross section of the tantalum lead-out wire perpendicular to the penetrating direction and Wd is a vertical length of the cross section of the capacitor element perpendicular to the penetrating direction.

Abstract: To improve the EMC performance of an electronic device on which a motor is mounted.

Abstract: A wire connection bus bar includes a bus bar member that includes a flat plate-shaped bus bar main body electrically connected to an electrode terminal, an arm body that is a part extending from the bus bar main body in a direction crossing a reference plane of the bus bar main body and has an electrical connection portion to which a first terminal portion is physically and electrically connected, and at least one protruding body protruding from the bus bar main body in the direction crossing the reference plane, and the protruding body is formed such that a protruding amount from the reference plane in an orthogonal direction with respect to the reference plane is equal to or larger than a maximum protruding amount from the reference plane of a connection body, formed of the arm body and a connecting terminal, in the orthogonal direction.

Abstract: To improve the EMC performance of an electronic device on which a motor is mounted.

Abstract: In a capacitor element of a solid electrolytic capacitor, a solid electrolytic layer has an edge portion near a root of a lead-out portion. An anode terminal is connected to the lead out portion at a position away from the root of the lead out portion. An ion trapping member includes a first resin and an ion trapping agent dispersed in the first resin. The ion trapping member covers the whole periphery of at least a part of the lead out portion directly or via the dielectric layer between the edge portion of the solid electrolytic layer and the anode terminal. An external insulation member includes a second resin having a high affinity for the first resin. The external insulation member envelops the capacitor element and covers at least a part of the ion trapping member, a part of the anode terminal and a part of a cathode terminal.

Abstract: A solid electrolytic capacitor includes: a capacitor element including a sintered compact of a valve action metal, a dielectric layer, an electrolyte layer, and a cathode layer sequentially formed over a surface of the sintered compact, and an anode wire drawn out of the sintered compact; an anode terminal; a cathode terminal; and an exterior resin. The anode terminal includes a mounting portion and an upright portion. The upright portion has a trapezoidal shape. A length of a welding surface corresponding to an edge of the upright portion on the anode wire side is set to be longer than a length of the upright portion on the mounting portion side and to be longer than a width of the anode wire.

Abstract: A wire connection bus bar includes a bus bar member that includes a flat plate-shaped bus bar main body electrically connected to an electrode terminal, an arm body that is a part extending from the bus bar main body in a direction crossing a reference plane of the bus bar main body and has an electrical connection portion to which a first terminal portion is physically and electrically connected, and at least one protruding body protruding from the bus bar main body in the direction crossing the reference plane, and the protruding body is formed such that a protruding amount from the reference plane in an orthogonal direction with respect to the reference plane is equal to or larger than a maximum protruding amount from the reference plane of a connection body, formed of the arm body and a connecting terminal, in the orthogonal direction.

Abstract: In a capacitor element of a solid electrolytic capacitor, a solid electrolytic layer has an edge portion near a root of a lead-out portion. An anode terminal is connected to the lead out portion at a position away from the root of the lead out portion. An ion trapping member includes a first resin and an ion trapping agent dispersed in the first resin. The ion trapping member covers the whole periphery of at least a part of the lead out portion directly or via the dielectric layer between the edge portion of the solid electrolytic layer and the anode terminal. An external insulation member includes a second resin having a high affinity for the first resin. The external insulation member envelops the capacitor element and covers at least a part of the ion trapping member, a part of the anode terminal and a part of a cathode terminal.

Abstract: Rib portions (87) have first rib portions (87a) which abut against outer portions, and second rib portions (87h) which abut against wail portions. They are formed in plural numbers over the entire circumference of an edge portion (82). Pressing portions (88) are disposed on a lid portion (81) so as to be opposed to a relay (2), and, in a state where engaging portions (67) and engaged portions (84) are engaged with each other, elastically deformed to press the relay (2) toward a bottom portion (61).

Abstract: A solid electrolytic capacitor includes: a capacitor element including a sintered compact of a valve action metal, a dielectric layer, an electrolyte layer, and a cathode layer sequentially formed over a surface of the sintered compact, and an anode wire drawn out of the sintered compact; an anode terminal; a cathode terminal; and an exterior resin. The anode terminal includes a mounting portion and an upright portion. The upright portion has a trapezoidal shape. A length of a welding surface corresponding to an edge of the upright portion on the anode wire side is set to be longer than a length of the upright portion on the mounting portion side and to be longer than a width of the anode wire.

Abstract: Rib portions (87) have first rib portions (87a) which abut against outer portions, and second rib portions (87h) which abut against wail portions. They are formed in plural numbers over the entire circumference of an edge portion (82). Pressing portions (88) are disposed on a lid portion (81) so as to be opposed to a relay (2), and, in a state where engaging portions (67) and engaged portions (84) are engaged with each other, elastically deformed to press the relay (2) toward a bottom portion (61).

Abstract: A power supply device containing a first board, a second board, an enclosure into which the first board and the second board are installed, a power supply unit which supplies power to an external load, a control circuit unit for controlling output current and/or output voltage from the power supply unit to the external load, the control circuit unit being embedded on the first board, a memory which stores control information, the memory being utilized in the control circuit unit for controlling the output current and/or the output voltage from the power supply unit, and an interface unit which is capable of receiving the control information from an external device and transmitting the control information to the memory, the interface unit being embedded on the second board which is physically separated from the first board.

Abstract: An electric wire holding structure includes a wiring passage in a shape of a groove in which an electric wire is arranged, and a lock part which is formed at a midstream of the wiring passage and which holds the electric wire in the wiring passage. The lock part has a protruding part which protrudes from a first groove wall of the wiring passage into inside of the wiring passage. At least one of the first groove wall provided with the protruding part and a second groove wall opposed to the first groove wall is displaced in position in a groove width direction with respect to a corresponding groove wall of the wiring passage at an upstream side or a down stream side which is continued from the wiring passage provided with the lock part.

Abstract: A power supply device containing a first board, a second board, an enclosure into which the first board and the second board are installed, a power supply unit which supplies power to an external load, a control circuit unit for controlling output current and/or output voltage from the power supply unit to the external load, the control circuit unit being embedded on the first board, a memory which stores control information, the memory being utilized in the control circuit unit for controlling the output current and/or the output voltage from the power supply unit, and an interface unit which is capable of receiving the control information from an external device and transmitting the control information to the memory, the interface unit being embedded on the second board which is physically separated from the first board.