A cooling appliance comprising: a body, a door pivotable attached onto the body between a closed and an open orientation, wherein the door and the body delimits an inner volume in the closed orientation of the door, a handle provided on the door, an inner liner facing the inner volume, a camera module attached onto the inner liner, the camera module comprising: a camera housing for accommodating a camera, a camera holder at a front surface of the camera module onto which the camera is placed and via which the camera is enclosed inside the camera housing and wherein the camera holder has an opening through which the inner volume of the cooling appliance is visible by means of the camera, characterized by a frame provided on the camera holder, a slider slidably placed into the frame between a first orientation during which the slider blocks the view of the camera by closing the opening and a second orientation during which the camera is configured to see the inner volume of the cooling appliance, the camera housing comprising an electrical agitation means configured to slide the slider between the first and the second orientation upon activation, and a sensor system configured to, upon opening of the door, measure the opening angle between the door and the body in the open orientation and configured to activate the electrical agitation means to slide the slider towards the first orientation only when the measured angle exceeds a predetermined angle. a body, a door pivotable attached onto the body between a closed and an open orientation, wherein the door and the body delimits an inner volume in the closed orientation of the door, a handle provided on the door, an inner liner facing the inner volume, a camera module attached onto the inner liner, the camera module comprising: a camera housing for accommodating a camera, a camera holder at a front surface of the camera module onto which the camera is placed and via which the camera is enclosed inside the camera housing and wherein the camera holder has an opening through which the inner volume of the cooling appliance is visible by means of the camera, characterized by a frame provided on the camera holder, a slider slidably placed into the frame between a first orientation during which the slider blocks the view of the camera by closing the opening and a second orientation during which the camera is configured to see the inner volume of the cooling appliance, the camera housing comprising an electrical agitation means configured to slide the slider between the first and the second orientation upon activation, and a sensor system configured to, upon opening of the door, measure the opening angle between the door and the body in the open orientation and configured to activate the electrical agitation means to slide the slider towards the first orientation only when the measured angle exceeds a predetermined angle. a camera housing for accommodating a camera, a camera holder at a front surface of the camera module onto which the camera is placed and via which the camera is enclosed inside the camera housing and wherein the camera holder has an opening through which the inner volume of the cooling appliance is visible by means of the camera, characterized by a frame provided on the camera holder, a slider slidably placed into the frame between a first orientation during which the slider blocks the view of the camera by closing the opening and a second orientation during which the camera is configured to see the inner volume of the cooling appliance, the camera housing comprising an electrical agitation means configured to slide the slider between the first and the second orientation upon activation, and a sensor system configured to, upon opening of the door, measure the opening angle between the door and the body in the open orientation and configured to activate the electrical agitation means to slide the slider towards the first orientation only when the measured angle exceeds a predetermined angle.