Abstract: The present invention relates to a charging device for a personal mobility means. More specifically, the present invention may comprise support parts each having a slot in which a wheel of a personal mobility means is seated; a frame part connecting the support parts to each other; a first charging unit disposed in the frame part to generate a magnetic field for wireless charging toward the personal mobility means seated in the support parts; and a second charging unit mounted to the personal mobility means and converting the magnetic field, received via the first charging unit, into power to charge a battery provided in the personal mobility means.

Abstract: The present disclosure relates to a charging device for a personal mobility vehicle, and in particular, a charging device for a personal mobility vehicle comprising a first charging unit creating a magnetic field for wireless charging, a second charging unit converting a magnetic field, delivered through the first charging unit, into a power source and charging a battery provided in a personal mobility vehicle, a stand storing a personal mobility vehicle in an upright position, and a variable support unit moving the first charging unit, based on a position of the second charging unit.

Abstract: The present invention relates to an XR system and its control method, and more specifically, may be applied to 5G communication technology field, robot technology field, autonomous driving technology field and AI technology field. The XR system includes an XR device and a storage case that stores the XR device. The control method of the XR system includes recording and learning user experiences and providing a mate service to the user based on an image captured by a camera unit of the storage case and user information including the learned user experience.

Abstract: The present invention relates to a flexible display apparatus which comprises: a body part having a polygonal prism shape; a flexible display part deformed by external force; and a frame part, which includes a plurality of segment plates arranged in parallel to one another, supports the flexible display part, and is configured to be wound around the outer surface of the body part or unwound, wherein, when the frame part is wound, the segment plates are disposed to surround the body part in a manner corresponding to a rolling radius, and when the frame part is unwound, segment plates neighboring each other come into close contact with each other.

Abstract: A mobile terminal, which comprises: a body; a fixing unit disposed inside the body; a camera unit including a lens; a ball hinge for connecting the camera unit and the fixing unit to each other; and an angle-of-view adjustment unit for adjusting the ball hinge to control the direction of the lens of the camera unit, can widen an angle of view of a depth camera and can obtain a depth image having a high resolution.

Abstract: The present invention relates to an XR system and its control method, and more specifically, may be applied to 5G communication technology field, robot technology field, autonomous driving technology field and AI technology field. The XR system includes an XR device and a storage case that stores the XR device. The control method of the XR system includes recording and learning user experiences and providing a mate service to the user based on an image captured by a camera unit of the storage case and user information including the learned user experience.

Abstract: A problem in the helmet-type electronic device in which the image of the content cannot be formed in the correct position due to the difference of the physical condition of each user is addressed to provide an electronic device comprising a helmet-shaped case configured to be mounted to support at least one region of a head of a user, an optical driving unit including an image source panel provided in the case to form image light, a lens unit located in an emission path of light output from the optical driving unit so that an image of the light is formed on an eye of the user, and a hinge unit for hinge-connecting one side of the lens unit to the case so that the lens unit is rotated to open and close with respect to the case.