Abstract: A camera fitting structure that includes: a camera that includes an anchored portion and that detects peripheral information related to peripheral of a vehicle; and a bracket that is attached to a vehicle upper side of an inner face of a front windshield, and that includes an anchor portion to which the anchored portion is anchored by sliding the camera from a vehicle width direction first side toward a vehicle width direction second side.

Abstract: A camera fitting structure that includes: a camera that includes an anchored portion and that detects peripheral information related to peripheral of a vehicle; and a bracket that is attached to a vehicle upper side of an inner face of a front windshield, and that includes an anchor portion to which the anchored portion is anchored by sliding the camera from a vehicle width direction first side toward a vehicle width direction second side.

Abstract: A heating apparatus of a window glass of a vehicle comprises a heater which generates heat for melting ice adhering to an imaging glass part including a whole part of a corresponding part within a window glass which corresponds to an imaging range of an onboard camera. The heater heats the imaging glass part in such a manner that an amount of heat per unit area applied to a specific part of the imaging glass part on an upstream side in a liquid flowing direction which is a direction in which the liquid flows on a side surface outside a vehicle cabin of the imaging glass part becomes larger than an amount of heat per unit area applied to a part of the imaging glass part on an downstream side with respect to the specific part in the liquid flowing direction.

Abstract: An attachment structure for an in-vehicle camera includes a first bracket and a second bracket. The first bracket is fixed to an inner surface of a windshield. The second bracket holds an in-vehicle camera when the second bracket is attached to the first bracket at an attachment position. The first bracket includes a support portion and a first one-way engagement portion. The second bracket includes a pressing portion and a second one-way engagement portion. The pressing portion presses a pressed portion of the in-vehicle camera against the support portion and holds the pressed portion between the pressing portion and the support portion when the second bracket is at the attachment position. The second one-way engagement portion cooperates with the pressing portion to inhibit the second bracket from moving with respect to the first bracket when the second one-way engagement portion is engaged with the first one-way engagement portion.

Abstract: An attachment structure for an in-vehicle camera includes a first bracket and a second bracket. The first bracket is fixed to an inner surface of a windshield. The second bracket holds an in-vehicle camera when the second bracket is attached to the first bracket at an attachment position. The first bracket includes a support portion and a first one-way engagement portion. The second bracket includes a pressing portion and a second one-way engagement portion. The pressing portion presses a pressed portion of the in-vehicle camera against the support portion and holds the pressed portion between the pressing portion and the support portion when the second bracket is at the attachment position. The second one-way engagement portion cooperates with the pressing portion to inhibit the second bracket from moving with respect to the first bracket when the second one-way engagement portion is engaged with the first one-way engagement portion.