Multi-camera apparatus and image capturing system including the same

1. A multi-camera apparatus comprising:

a driving base in which a movement path is formed;

at least one camera mount, each of which includes a respective camera module mounted therein, and is configured to contact the driving base and move along the movement path; and

a shaft provided at a center of the driving base and coupled to the driving base,

wherein each of the at least one camera mount is connected to the shaft and configured to move along a circumference of the driving base with the shaft as a rotational center,

wherein the at least one camera mount is a plurality of camera mounts,

the plurality of camera mounts comprises a plurality of camera mounting bodies such that each camera mount comprises a respective camera mounting body, from among the plurality of camera mounting bodies, in which the respective camera module is mounted, and

the plurality of camera mounts further comprises power transmitters such that a power transmitter, from among the power transmitters, is provided with a respective camera mount from among the plurality of camera mounts,

each power transmitter from among the power transmitters is configured to receive power from outside and transmit the power to a respective one of the plurality of camera mounting bodies so as to cause the respective one of the plurality of camera mounting bodies to move on the driving base, and

each of the power transmitters comprises a motor.

2. The multi-camera apparatus of claim 1 , wherein

the plurality of camera mounts further comprises connectors such that each camera mount comprises a connector, from among the connectors, coupled to the respective camera mounting body of the camera mount and connected to the shaft.

3. The multi-camera apparatus of claim 2 , wherein the connectors of the plurality of camera mounts are each formed in a ring shape, are each connected to the shaft, and surround the shaft.

4. The multi-camera apparatus of claim 3 , wherein the connectors of the plurality of camera mounts are stacked along a longitudinal central axis of the shaft.

5. The multi-camera apparatus of claim 4 , wherein the shaft comprises:

a shaft body arranged inside each of the connectors of the plurality of camera mounts; and

a shaft cover having a larger area than a cross-sectional area of the shaft body and coupled to an end of the shaft body.

6. The multi-camera apparatus of claim 5 , further comprising a regulator which is arranged outside the shaft body to face the shaft cover, is configured to contact at least one from among the connectors of the plurality of camera mounts, and regulates locations of the connectors of the plurality of camera mounts.

7. The multi-camera apparatus of claim 6 , wherein the regulator has an elastic restoring force from the driving base toward the shaft cover and pushes the connectors of the plurality of camera mounts toward the shaft cover.

8. The multi-camera apparatus of claim 7 , wherein the regulator comprises:

a regulating plate arranged below the connectors such that the connectors are located between the shaft cover and the regulating plate; and

an elastic member including an elastic material and configured to push the regulating plate toward the shaft cover.

9. The multi-camera apparatus of claim 8 , wherein the elastic member includes a coil spring.

10. The multi-camera apparatus of claim 9 , wherein

an inserter formed in the regulating plate projects toward the elastic member, and

the inserter is inserted into the elastic member.

11. The multi-camera apparatus of claim 1 , wherein the power transmitters interlock with the driving base and transmit the power to each of the plurality of camera mounting bodies, respectively, so that each of the plurality of camera mounting bodies move along the circumference of the driving base.

12. The multi-camera apparatus of claim 11 , wherein a gear is formed along an inner circumferential surface of the driving base and the power transmitters interlock with the gear.

13. The multi-camera apparatus of claim 1 , further comprising a cover covering the driving base and the at least one camera mount,

wherein the cover is coupled to the shaft.

14. The multi-camera apparatus of claim 13 , wherein the cover is formed in a dome shape.

15. The multi-camera apparatus of claim 14 , wherein a bent portion formed in the cover is connected to the shaft, and the bent portion has a predetermined radius of curvature.

16. An image capturing system comprising:

a plate; and

a multi-camera apparatus mounted to the plate,

wherein the plate is fixed outside the multi-camera apparatus, and the multi-camera apparatus comprises:

a driving base in which a movement path is formed;

at least one camera mount, each of which includes a respective camera module mounted therein, and is configured to contact the driving base and move along the movement path; and

a shaft provided at a center of the driving base and coupled to the driving base,

wherein each of the at least one camera mount is connected to the shaft and configured to move along a circumference of the driving base with the shaft as a rotational center,

wherein the at least one camera mount is a plurality of camera mounts,

the plurality of camera mounts comprises a plurality of camera mounting bodies such that each camera mount comprises a respective camera mounting body, from among the plurality of camera mounting bodies, in which the respective camera module is mounted, and

the plurality of camera mounts further comprises power transmitters such that a power transmitter, from among the power transmitters, is provided with a respective camera mount from among the plurality of camera mounts,

each power transmitter from among the power transmitters is configured to receive power from outside and transmit the power to a respective one of the plurality of camera mounting bodies so as to cause the respective one of the plurality of camera mounting bodies to move on the driving base, and

each of the power transmitters comprises a motor.