Lg Electronics Inc.

Jiyong Shin

Haklim Lee

Sanghyuk Im

Jongbeom Han

Samyoup Kim

Sunglyong Cha

Mattew Kim

A robot according to an embodiment of the present invention can comprise: a pair of recessed parts formed on both surfaces of a main body, vertically extended, and opened with respect to the upper side thereof; a flexible plate including a pair of vertical parts vertically sliding along the pair of recessed parts, and a connecting part connecting the pair of vertical parts to each other and being convexly bent downward; a chain coupled to both edges of the flexible plate and extended in the longitudinal direction of the flexible plate; a plurality of ultraviolet lamps connected to the flexible plate or the chain and spaced from each other in parallel; and a rotator which includes a gear part gear-coupled to the chain and which is disposed in the inner space of the main body.

Robot

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.

Flexible display apparatus

A robot according to an embodiment of the present disclosure may comprise: a base; a driving wheel protruding downward from the base; a plate spaced upward from the base; a through hole formed at the plate; a suspension bar including a shaft part rotatably connected to the base and vertically extending upward, and a screw part vertically extending from an upper end of the shaft part toward the through hole; a slider sliding along the shaft part and connected to the driving wheel; a bushing top configured to move up and down along the screw part when the suspension bar rotates; a spring located on an outer circumference of the suspension bar and located between the bushing top and the slider; and a motor disposed above the plate and connected to the screw part through the through hole to rotate the suspension bar.

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.

XR system and method for controlling the same

A portable camera including a housing including a pair of apertures formed on a front surface and a rear surface, an imaging unit including a pair of lens units exposed through the pair of apertures and mounted inside the housing, and a main board controlling the imaging unit. The imaging unit includes a pair of camera modules respectively facing directions of the front surface and the rear surface of the housing, a camera bracket between the pair of camera modules, and a pair of adhesive tapes between the camera modules and the camera bracket. The portable camera may provide a 360-degree panorama image without having to move the camera, and the portable camera may also may minimize any distortion occurring in the panorama image in accordance with the rotation speed of the portable camera, when capturing (or taking) the panorama image by moving and turning the camera.

Growing community of inventors

Seoul, South Korea

Jiyong Shin