Abstract: Disclosed are a method for testing a mobile electronic device in an automated device, and a mobile electronic device test system. According to an embodiment of the present invention, a method for testing a mobile electronic device in an automated device may include the steps of: forming a photographing area by a camera mounted to a photographing box, in a camera part; moving a mobile electronic device, which is input through an inlet of the automated device, to the photographing area by a position alignment part; and as the mobile electronic device is moved to the photographing area, controlling the camera by a control part such that photographing is performed on a specific region of the mobile electronic device, so as to inspect the specific region through a generated photographing image.

Abstract: A mobile phone purchasing apparatus according to an embodiment comprises: an inspection unit for accommodating a mobile phone and inspecting the mobile phone; a collecting unit arranged under the inspection unit to collect the mobile phone that was inspected; a display unit which is arranged on one outer side surface of the inspection unit for selecting a function related to purchasing the mobile phone or displaying information about the mobile phone; and an unloading unit for unloading the mobile phone from the collecting unit, wherein a plurality of cameras are provided on the upper surface, the lower surface, and the side surfaces of the inspection unit.

Abstract: An apparatus and a method for photographing an object are disclosed. According to an embodiment, a first button corresponding to a first mode and a second button corresponding to a second mode are exposed on a display, and when a user input for selection of the first button occurs, at least one camera is controlled to obtain a first image of the object; one of a plurality of photographing modes is selected as a photographing mode for the object through a result of object recognition based on the obtained first image; and one or more second images of the object are obtained by controlling the at least one camera and at least one lighting on the basis of the selected photographing mode.

Abstract: A device for purchasing a mobile phone, according to one embodiment, comprises an inspection unit for accommodating a mobile phone and inspecting same, wherein the inspection unit may comprise: a housing; a base arranged inside the housing and on which the mobile phone is placed; a plurality of cameras arranged on the upper surface, the lower surface, and a side surface of the housing; a plurality of mirrors arranged near the base; and a collecting element which is arranged on the lower side of the housing and collects the mobile phone for which inspection is complete. Here, the plurality of cameras may capture images of the mobile phone and images reflected by the plurality of mirrors.

Abstract: A self-service stand is disclosed. A self-service stand comprises: a plurality of display cases; a display for displaying items related to product displaying and product purchasing; a communication unit; and a controller for performing a first display procedure for a first product of which online sales have been reserved when a first seller selects a first item from among the displayed items, and performing a second display procedure for the selling of a second product when a second seller selects a second item.

Abstract: An electronic device valuation system is disclosed. One embodiment comprises: a display; a main body on which an electronic device is placed; a camera for capturing the electronic device by using lighting; and a controller displaying, on the display, the value of the electronic device determined on the basis of visual inspection results of the electronic device and performance inspection results of the electronic device. The visual inspection results are on the basis of an image of the electronic device captured by the camera. In addition, the lighting outputs light, but a portion of the lighting outputs light of different wavelengths so as not to offset the diffuse reflection of visual defects of the electronic device.