Abstract: An object of the present disclosure is to provide an information processing apparatus capable of displaying information useful for performing monitoring work. An information processing apparatus according to the present disclosure includes: a generation unit configured to generate three-dimensional data including a monitoring target facility; a data acquisition unit configured to acquire sensor data detected by at least one sensor configured to monitor the monitoring target facility; and a display control unit configured to generate display data of displaying, on the three-dimensional data, abnormality data indicating an abnormal state that occurs in the monitoring target facility, the abnormality data being acquired by combining a plurality of types of the sensor data or by combining at least one piece of the sensor data and information related to the monitoring target facility.

Abstract: An object of the present invention is to provide an information processing apparatus being capable of suppressing an increase in capacity and preventing a decrease in accuracy of a shape of an object when generating image data based on point cloud data. The information processing apparatus according to the present disclosure includes: an identification unit that identifies a shape of an object included in point cloud data; a generation unit that generates first mesh data of a first object whose shape is identified, and generates second mesh data of a second object whose shape is identified, by using a mesh resolution different from a mesh resolution used in generating the first mesh data; and an integration unit that generates three-dimensional data acquired by combining the first mesh data and the second mesh data.

Abstract: A power storage module includes a power storage component unit and a connector module. The power storage component unit includes power storage components including electric terminals positive terminals, negative terminals) on one side. The connector module is attached to the power storage component unit to electrically connect the power storage components. The connector module includes bus bars and a holder. The bus bars connect the electric terminals of the power storage components that are adjacent to each other. The holder holds the bus bars. The holder includes a bus bar holding surface that includes bus bar placing sections on which the bus bars are placed. The holder includes restricting receptacles and restricting tabs fitted to the bas bars placed on the bus bar placing sections to restrict removal of the bus bars from the holder and displacement of the bus bars from the bus bar placing sections.

Abstract: A power storage module includes a power storage component unit and a connector module. The power storage component unit includes power storage components including electric terminals positive terminals, negative terminals) on one side. The connector module is attached to the power storage component unit to electrically connect the power storage components. The connector module includes bus bars and a holder. The bus bars connect the electric terminals of the power storage components that are adjacent to each other. The holder holds the bus bars. The holder includes a bus bar holding surface that includes bus bar placing sections on which the bus bars are placed. The holder includes restricting receptacles and restricting tabs fitted to the bas bars placed on the bus bar placing sections to restrict removal of the bus bars from the holder and displacement of the bus bars from the bus bar placing sections.