Image capturing system equipped with device capable of flying, method of controlling image capturing system, and storage medium
An image capturing system including a device that is capable of flying, and an image capturing apparatus that is attached to the device. The device includes a drive unit attached to the device that holds the image capturing apparatus and changes a position of the image capturing apparatus. The drive unit is controlled in a direction in which a lens of the image capturing apparatus is protected from an obstacle when image capturing is not performed by the image capturing apparatus.
1. An image capturing system comprising:
a device that is capable of flying; and
an image capturing apparatus attached to the device and comprising a lens, a lens barrel containing the lens, and an adjustment unit configured to adjust a length of the lens barrel,
wherein the device comprises:
a drive unit configured to hold the image capturing apparatus and change a position of the image capturing apparatus, and
a control unit configured to control the drive unit in a direction in which the lens of the image capturing apparatus is oriented toward a main unit of the device in a case where image capturing is not performed by the image capturing apparatus, and
wherein the adjustment unit adjusts the length of the lens barrel such that a front end face of the lens is positioned close to the main unit after the lens is oriented toward the main unit.
2. The image capturing system according to claim 1 , wherein the drive unit includes a lock unit configured to lock the drive unit in a state where the lens of the image capturing apparatus is oriented toward the main unit of the device.
3. The image capturing system according to claim 1 , wherein the device further comprises an instruction unit configured to instruct the image capturing apparatus to start and stop image capturing, and
wherein in a case where it is determined that the image capturing is terminated, the control unit controls the drive unit in the direction in which the lens of the image capturing apparatus is oriented toward the main unit of the device.
4. The image capturing system according to claim 1 , further including a storage unit configured to store at least one returning point, and
wherein the control unit starts control to move the device to the returning point and controls the drive unit in the direction in which the lens of the image capturing apparatus is oriented toward the main unit of the device.
5. The image capturing system according to claim 1 , wherein after the control unit controls the drive unit in the direction in which the lens of the image capturing apparatus is oriented toward the main unit of the device, the control unit transmits a command for adjusting the length of the lens barrel to the adjustment unit.
6. A method of controlling an image capturing system comprising a device that is capable of flying, and an image capturing apparatus attached to the device and comprising a lens and a lens barrel containing the lens, the device comprising a drive unit configured to hold the image capturing apparatus and change a position of the image capturing apparatus,
the method comprising:
controlling flight of the device;
controlling the drive unit in a direction in which the lens of the image capturing apparatus is oriented toward a main unit of the device in a case where image capturing is not performed by the image capturing apparatus during flight of the device; and
adjusting a length of the lens barrel such that a front end face of the lens is positioned close to the main unit of the device after the lens is oriented toward the main unit.
7. A non-transitory computer-readable storage medium storing a program for causing a computer to execute a method of controlling an image capturing system comprising a device that is capable of flying, an image capturing apparatus attached to the device and comprising a lens and a lens barrel containing the lens, the device comprising a drive unit configured to hold the image capturing apparatus and change a position of the image capturing apparatus, the method comprising:
controlling flight of the device; and
controlling the drive unit in a direction in which the lens of the image capturing apparatus is oriented toward a main unit of the device in a case where image capturing is not performed by the image capturing apparatus during flight of the device; and
adjusting a length of the lens barrel such that a front end face of the lens is positioned close to the main unit after the lens is oriented toward the main unit.