Abstract: A camera mount assembly includes a base configured to be fixed to a support surface, wherein the base includes a first circuit board therein; a mount configured to have a camera mounted thereon, wherein the mount is further configured to rotate about a common axis with respect to the base, and the mount includes a second circuit board therein; a guide frame on one from among the mount and the base, the guide frame including a cam profile; and a cam bolt fixed to the other from among the mount and the base, wherein, based on the mount rotating with respect to the base, one side of the cam bolt is configured to move along the cam profile formed in the guide frame such that a size of a gap between the base and the mount varies.

Abstract: A camera driving device is provided. The camera driving device includes: a motor configured to generate a driving force; an input pulley attached to the motor; a gear assembly including a first gear coupled to the input pulley by a first timing belt, and a second gear formed coaxially with the first gear, the second gear configured to rotate together with the first gear; and an output pulley configured to rotate together with the second gear by a second timing belt, wherein a reduction is made according to a gear transmission ratio between the input pulley and the first gear, a reduction is made according to a gear transmission ratio between the second gear and the output pulley, and a rotation shaft of the output pulley is positioned between a rotation shaft of the input pulley and a rotation shaft of the first gear.

Abstract: A pan motion camera including a motor providing a rotational driving force; a rotating member rotating around a rotation axis according to the rotation driving force; at least one camera module mounted on the rotating member and rotating together with the rotating member; at least one lighting module mounted on a position corresponding to the at least one camera module on the rotating member and rotating together without movement relative to the at least one camera module; and a light blocking member fixed to a side of a camera housing and blocking light emitted from the lighting module from flowing into a lens of the camera module without contacting the rotating member.

Abstract: A pan motion camera including a motor providing a rotational driving force; a rotating member rotating around a rotation axis according to the rotation driving force; at least one camera module mounted on the rotating member and rotating together with the rotating member; at least one lighting module mounted on a position corresponding to the at least one camera module on the rotating member and rotating together without movement relative to the at least one camera module; and a light blocking member fixed to a side of a camera housing and blocking light emitted from the lighting module from flowing into a lens of the camera module without contacting the rotating member.

Abstract: Provided is a surveillance camera. The surveillance camera includes a main body casing; a front cover that forms a camera housing by being combined with the main body casing; a first protrusion unit that protrudes frontward of the front cover from a front surface of the front cover; a second protrusion unit that is formed on an outer edge of the first protrusion unit by being separated from the first protrusion unit; and a lens mounting unit that combines with the front cover, wherein the lens mounting unit comprises a first guide unit that protrudes toward the front cover and contacts the first protrusion unit and a second guide unit that contacts the second protrusion unit. Accordingly, tilting of the lens mounting unit is effectively prevented.

Abstract: An enclosure accommodating a camera in which an image from a surveillance camera, rotating in a vertical direction, is not distorted and which is easily separated from and combined with the surveillance camera. The enclosure can include a cover dome having a hemispheric shell shape and a window, through which light passes, provided on a side of the cover dome, and a cover dome combining portion having a hemispheric shell shape, combined between the cover dome and an open surface, and accommodating a camera in the cover dome having the hemispheric shell shape, wherein surfaces where the cover dome and the cover dome combining portion combine with each other, are at a predetermined inclined angle.