Abstract: An apparatus includes a substrate, an anodic oxidation layer, and a base layer. The anodic oxidation layer is disposed on a surface of the substrate, and the base layer is disposed on a surface of the anodic oxidation layer. The base layer includes a first base layer and a second base layer stacked on the anodic oxidation layer, and each of the first base layer and the second base layer includes a deposition layer of a first metal. An average grain size of the first base layer is less than an average grain size of the second base layer. The anodic oxidation layer includes a nanopore structure, and gains of the first base layer is at least partially embedded in the nanopore structure of the anodic oxidation layer.

Abstract: An information processing device includes a first acquisition member configured to obtain information relating to an aerial photography range for aerial photographing a first aerial photography image, a segmenting member configured to segment the aerial photography range into multiple areas based on a feature of each imaged object existing in the aerial photography range, and a determination member to determine a first imaging mode for aerial photographing the first aerial photography image based on the segmented areas. The information processing device also includes a second acquisition member configured to obtain information of more than one path shape based on information of more than one imaging mode, and information of path shapes representing shapes of more than one aerial photography path, and the first imaging mode. The information processing device further includes a generating member configured to generate the first aerial photography path based on the at least one path shape.

Abstract: A flight path determination method includes obtaining first information of a predetermined region, obtaining second information of multiple aerial vehicles, dividing the predetermined region into a plurality of sub-regions where the multiple aerial vehicles respectively work based on the second information, and determining a flight path for each of the plurality of sub-regions.

Abstract: An inverter box structure includes an inverter accommodating box of an inverter circuit and a junction box. A first quick connector, disposed on the inverter accommodating box, includes a first connection end and a second connection end. The first connection end of the first quick connector is electrically with the inverter circuit. A second quick connector, disposed on the junction box or in the junction box, includes a third connection end and a fourth connection end. The third connection end of the second quick connector is connected to an inner wire of the junction box. A casing of the inverter accommodating box equipped with the first quick connector is opposite to a casing of the junction box equipped with the second quick connector, and the second connection end of the first quick connector matches with and is electrically connected to the fourth connection end of the second quick connector.

Abstract: An information processing device for generating a transport network for transporting a cargo by a flying object is provided in the present disclosure. The information processing device includes a processing element for performing a processing related to a generation of the transport network. The processing element is configured to acquire information of three-dimensional positions of each of a plurality of bases located on a ground in a transport region with the cargo to be transported, and further configured to, by adding a predetermined height to the three-dimensional positions of each of the plurality of bases, calculate three-dimensional positions of each of a plurality of air passing-nodes for the flying object to fly through.

Abstract: An inverter box structure includes an inverter accommodating box of an inverter circuit and a junction box. A first quick connector, disposed on the inverter accommodating box, includes a first connection end and a second connection end. The first connection end of the first quick connector is electrically with the inverter circuit. A second quick connector, disposed on the junction box or in the junction box, includes a third connection end and a fourth connection end. The third connection end of the second quick connector is connected to an inner wire of the junction box. A casing of the inverter accommodating box equipped with the first quick connector is opposite to a casing of the junction box equipped with the second quick connector, and the second connection end of the first quick connector matches with and is electrically connected to the fourth connection end of the second quick connector.

Abstract: An information processing device includes a first acquisition member configured to obtain information relating to an aerial photography range for aerial photographing a first aerial photography image, a segmenting member configured to segment the aerial photography range into multiple areas based on a feature of each imaged object existing in the aerial photography range, and a determination member to determine a first imaging mode for aerial photographing the first aerial photography image based on the segmented areas. The information processing device also includes a second acquisition member configured to obtain information of more than one path shape based on information of more than one imaging mode, and information of path shapes representing shapes of more than one aerial photography path, and the first imaging mode. The information processing device further includes a generating member configured to generate the first aerial photography path based on the at least one path shape.