Abstract: An information processing device (100) includes a scene extraction unit (1333) and a generation unit (134). The scene extraction unit (1333) extracts a plurality of highlight scenes from content information related to movie content based on each of a plurality of generation rules for generating a highlight movie. The generation unit (134) connects the plurality of highlight scenes to generate a highlight movie.

Abstract: An energy storage device (10) includes: an electrode assembly (400) which includes a positive electrode plate (410) and a negative electrode plate (420), wherein the positive electrode plate (410) includes: a positive electrode substrate (411) which is electrically conductive; a positive electrode composite layer (414) which is formed on the positive electrode substrate (411), and an insulating layer (415), at least a part of the insulating layer being continuously formed on the positive electrode substrate (411) and an edge portion (414a) which is a portion including an edge of the positive electrode composite layer (414), and wherein an uneven portion (415a) is formed in the insulating layer (415) above the edge portion (414a) of the positive electrode composite layer (414).

Abstract: [Object] To make it possible to urge a plurality of users to recommend content. [Solution] Provided is an information processing device including: an acquisition unit configured to acquire a plurality of pieces of specification information for specifying content from a plurality of users, respectively; and a control unit configured to calculate the number of times in which each piece of the content is specified by the plurality of users on the basis of the plurality of pieces of the specification information acquired from the plurality of users and control application of an incentive to the plurality of users on the basis of the calculated number of times.

Abstract: [Object] To make it possible to urge a plurality of users to recommend content. [Solution] Provided is an information processing device including: an acquisition unit configured to acquire a plurality of pieces of specification information for specifying content from a plurality of users, respectively; and a control unit configured to calculate the number of times in which each piece of the content is specified by the plurality of users on the basis of the plurality of pieces of the specification information acquired from the plurality of users and control application of an incentive to the plurality of users on the basis of the calculated number of times.

Abstract: An electrode assembly has a positive sheet, a negative sheet, and separators that are stacked and wounded. A joint portion is formed by thermally fusion bonding or compression bonding of the separators at one end in a width direction thereof so that one end of the positive sheet on an opposite side in a width direction with respect to a positive lead is wrapped by the separators. Arranged outside of the joint portion in the width direction is a separating portion where the separators are separated from each other. A protecting layer made of an insulating material is formed on the end face of the positive sheet. The positive sheet is reliably prevented from being in contact with a foreign material.

Abstract: An electrode assembly has a positive sheet, a negative sheet, and separators that are stacked and wounded. A joint portion is formed by thermally fusion bonding or compression bonding of the separators at one end in a width direction thereof so that one end of the positive sheet on an opposite side in a width direction with respect to a positive lead is wrapped by the separators. Arranged outside of the joint portion in the width direction is a separating portion where the separators are separated from each other. A protecting layer made of an insulating material is formed on the end face of the positive sheet. The positive sheet is reliably prevented from being in contact with a foreign material.

Abstract: The inverter device includes an IGBT bridge circuit, a drive block which has an upper arm photocoupler and a lower arm photocoupler, and a control block including a CPU which generates gate signals and supplies them to the photocouplers. The control block includes an upper arm shutdown circuit and lower arm shutdown circuit which individually shutdown the gate signals of the upper arm and lower arm IGBTs in accordance with shutdown signals input from the exterior, and the shutdown circuits carry out a shutdown operation in accordance with the shutdown signals, which have mutually inverted logics.

Abstract: The inverter device includes an IGBT bridge circuit, a drive block which has an upper arm photocoupler and a lower arm photocoupler, and a control block including a CPU which generates gate signals and supplies them to the photocouplers . The control block includes an upper arm shutdown circuit and lower arm shutdown circuit which individually shutdown the gate signals of the upper arm and lower arm IGBTs in accordance with shutdown signals input from the exterior, and the shutdown circuits carry out a shutdown operation in accordance with the shutdown signals, which have mutually inverted logics.

Abstract: A robotic system, robot apparatus, and a control method are presented wherein behaviors suitable for a robot are embodied based on information distributed by a number of information distributing devices. Also, the robotic system, robot apparatus, and a control method are designed based on information distributed by the number of information distributing devices such that a robot is prohibited from embodying corresponding behaviors out of the behaviors the robot could embody, or that prohibition on the robot embodying corresponding behaviors is withdrawn. Furthermore, control data for the robot to generate behaviors can be modified to meet the desires of the robot and/or the user of the robot.

Abstract: In a robotic system, robot apparatus, and a control method for them, it is designed such that behaviors suitable for a robot are embodied based on information distributed by information distribution means. Also, in a robotic system, robot apparatus, and a control method for them, it is designed based on information distributed by the information distribution means such that a robot is prohibited from embodying corresponding behaviors out of the behaviors the robot could embody, or that prohibition on the robot embodying corresponding behaviors is withdrawn. Furthermore, in an information processing device and its method, control data for a robot to generate behaviors can be modified to meet the robot and/or the user of the robot.