Abstract:
In the vehicle battery support structure, the battery pack is disposed below the ladder frame. The battery bracket is fixed to a vehicle width direction outer side of the battery pack. The suspension bracket is secured to the battery bracket. The suspension bracket includes a horizontal portion and an inclined portion. The horizontal portion extends in the vehicle width direction from an outer side in the vehicle width direction of the side rail. The inclined portion extends outward and downward in the vehicle width direction from an outer end of the horizontal portion in the vehicle width direction. The shock absorbing component is disposed on the vehicle width direction outer side of the battery bracket.
Abstract:
A control device for a vehicle including: a peripheral information detection section that detects peripheral information of a vehicle; a sensing section that senses dirt at the peripheral information detection section; a removal section that removes dirt at the peripheral information detection section; and a control section that controls the removal section to remove the dirt, in at least one of a case in which removal of the dirt by the removal section is instructed or a case in which the dirt is sensed by the sensing section.
Abstract:
A solar battery mounting structure for a vehicle mounts a solar battery module on the roof of a vehicle body. The solar battery module includes a glass panel and sealant located on a side of the glass panel that faces the inside of the passenger compartment of the vehicle. Solar battery cells are sealed in the sealant. A roof reinforcing member bridges over the roof of the vehicle body. The solar battery module includes a through portion that extends to the glass panel through the sealant. Adhesive is provided in the through portion. The adhesive bonds and fixes the glass panel to the roof reinforcing member.
Abstract:
A vehicle vibration suppressing structure comprises a floor panel, a storage section, and a vibration suppressing section. The floor panel includes a general portion that extends in a vehicle front-rear direction and a vehicle width direction, and a floor pan that is provided contiguously to the general portion and that is formed in a concave shape indented toward a vehicle lower side. The storage section that covers the floor pan as viewed from a vehicle upper side is attached to the general portion, and is capable of storing a storage object. The vibration suppressing section is disposed between a lower face of the storage section and a bottom wall portion of the floor pan in a state of contact with the lower face and the bottom wall portion.
Abstract:
A vehicle flow-regulating structure includes a surrounding information detection section that is provided on a roof of a vehicle and that detects surrounding information of the vehicle, and a roof visor (a flow-regulating means) that is provided on the roof and that regulates airflow at the surrounding information detection section while the vehicle is travelling.
Abstract:
A vehicle solar cell panel that is mounted to a vehicle provided with a roof rail includes a flange portion formed by a side edge portion of at least a portion of the vehicle solar cell panel being bent back toward a back side of a light receiving surface. A roof panel of the vehicle is formed by the flange portion being attached to the roof rail.