Abstract: A vehicle external airbag device for a vehicle includes a vehicle external airbag which is deployable rearward of the vehicle from between a nose in the vehicle and a front glass of a cabin of the vehicle and over the front glass with a high-pressure gas of an inflator. The vehicle external airbag includes: a central bag deploying in a vehicle width direction; a right bag joined to a right side of the central bag and deploying to extend rearward of the central bag to overlap a front pillar on a right side of the front glass; and a left bag joined to a left side of the central bag and deploying to extend rearward of the central bag to overlap a front pillar on a left side of the front glass. The high-pressure gas is preferentially supplied to the central bag rather than the right and left bags.

Abstract: A vehicle external airbag device for a vehicle includes a vehicle external airbag which is deployable rearward of the vehicle from between a nose in the vehicle and a front glass of a cabin of the vehicle and over the front glass with a high-pressure gas of an inflator. The vehicle external airbag includes: a central bag deploying in a vehicle width direction; a right bag joined to a right side of the central bag and deploying to extend rearward of the central bag to overlap a front pillar on a right side of the front glass; and a left bag joined to a left side of the central bag and deploying to extend rearward of the central bag to overlap a front pillar on a left side of the front glass. The high-pressure gas is preferentially supplied to the central bag rather than the right and left bags.

Abstract: An approach is provided in which the approach displays a graphical editor and a text editor concurrently on a display. The text editor displays a document text that includes multiple entities and the graphical editor displays multiple nodes corresponding to the multiple entities. In response to receiving a user selection on the graphical editor that selects a first one of the multiple nodes, the approach identifies, based on the document text, one or more second nodes that correspond to the first node and repositions the one or more second nodes to a second position on the graphical editor based on a first position of the first node.

Abstract: An approach is provided in which the approach displays a graphical editor and a text editor concurrently on a display. The text editor displays a document text that includes multiple entities and the graphical editor displays multiple nodes corresponding to the multiple entities. In response to receiving a user selection on the graphical editor that selects a first one of the multiple nodes, the approach identifies, based on the document text, one or more second nodes that correspond to the first node and repositions the one or more second nodes to a second position on the graphical editor based on a first position of the first node.

Abstract: An approach is provided in which an information handling system displays a first editor on a display that displays nodes corresponding to entities included in a document text. In response to receiving a user selection corresponding to a first one of the nodes, the information handling system identifies one or more second nodes corresponding to the first node based on the document text. In turn, the information handling system repositions the one or more second nodes to a second position on the first editor based on a first position of the first node.

Abstract: A first digital image is integrated into a second digital image to generate a third digital image. A first code representing the procedures performed to integrate the first digital image into the second digital image is generated. A second code representing information for retrieving the first digital image is generated. The first code and the second code are embedded as metadata into a file that contains the second digital image.

Abstract: An approach is provided in which an information handling system displays a first editor on a display that displays nodes corresponding to entities included in a document text. In response to receiving a user selection corresponding to a first one of the nodes, the information handling system identifies one or more second nodes corresponding to the first node based on the document text. In turn, the information handling system repositions the one or more second nodes to a second position on the first editor based on a first position of the first node.

Abstract: A first digital image is integrated into a second digital image to generate a third digital image. A first code representing the procedures performed to integrate the first digital image into the second digital image is generated. A second code representing information for retrieving the first digital image is generated. The first code and the second code are embedded as metadata into a file that contains the second digital image.

Abstract: A comparison unit compares the outside air temperature in outside air temperature information acquired by an outside air temperature acquisition unit with an outside air temperature threshold that has been set by a threshold setting unit. A first information acquisition unit acquires ON operation information. A device control unit performs passive control when the outside air temperature is in a temperature range on a comfortable side with respect to the outside air temperature threshold. Where the outside air temperature is in a temperature range on an uncomfortable side with respect to the outside air temperature threshold, the device control unit performs passive control until an ON operation is performed and performs active control once the ON operation is performed. The passive control involves performing OFF control of the active device and natural environment usage control of a passive device. The active control involves performing ON control of the active device.

Abstract: A comparison unit compares the outside air temperature in outside air temperature information acquired by an outside air temperature acquisition unit with an outside air temperature threshold that has been set by a threshold setting unit. A first information acquisition unit acquires ON operation information. A device control unit performs passive control when the outside air temperature is in a temperature range on a comfortable side with respect to the outside air temperature threshold. Where the outside air temperature is in a temperature range on an uncomfortable side with respect to the outside air temperature threshold, the device control unit performs passive control until an ON operation is performed and performs active control once the ON operation is performed. The passive control involves performing OFF control of the active device and natural environment usage control of a passive device. The active control involves performing ON control of the active device.