Lg Electronics Inc.

Dongguk University Industry-academic Cooperation Foundation

Dongguk University Industry-academy Cooperation Foundation

Jongpil Kim

Yongho Lee

Jangwon Seo

Namhee Kim

Dongjin Lee

Hyungkyu Park

Hakhae Kim

Cheoljun Park

Sungbum Joo

Sungmin Woo

Byeongkil Kang

Byunghwa Lee

Seungmin Seen

Kyunghee Yoo

Gijae Yi

Anna Yoo

Jaewan Hong

Changhoon Sung

Myungjin Ha

Juha Hyun

Jinsool Lee

Daejin Choi

Jaepyo Hong

Hyeuk Chang

Gunseek Oh

Ana Kim

Hyehyun Sim

Jinsung Kwak

Jeeho Hyun

Jaekyung Ryu

Yongwoon Park

Kyungnam Kim

Samje Cho

Junsang Yoo

Head assembly for refrigerator filter

Provided are a refrigerator and a control method thereof. The refrigerator is characterized by enabling at least a part of a refrigerator door to be selectively transparent by a user's operation, such that the user sees through an inside of the refrigerator while the refrigerator door is closed.

Refrigerator having panel assembly

The present invention relates to a method of inducing differentiation into a 3D dopaminergic midbrain organoid using a specific electromagnetic wave. It was specifically identified that the method makes it possible to remarkably improve production efficiency of a dopaminergic neuronal 3D-differentiated organoid, from which symptoms of Parkinson's disease can be effectively alleviated. Thus, it is anticipated that the present invention is capable of making a more fundamental approach and achieving targeted therapies in the treatment of a cranial nerve disease.

Method for efficiently producing 3D midbrain-like organoid through specific electromagnetic wave processing

The present invention relates to a mobile terminal comprising a liquid lens including: a side wall part; a first and a second glass layer which cover one surface and the other surface of the side wall part, respectively, to form a receiving part; a plurality of electrode modules, each of which is positioned on the side wall part and includes a first and a second electrode; an insulation layer covering the first electrode; a nonpolar liquid filled in the receiving part; and a polar liquid which is separated from the polar liquid in layers, is filled in the receiving part, and is in contact with the second electrode, wherein a boundary surface between the nonpolar liquid and the polar liquid changes into a shape protruding toward the polar liquid as a voltage applied to the electrode modules increases, and a control part differently controls at least a part of the voltage applied to the plurality of electrode modules to adjust a position of a protrusion of the boundary surface.

Optical device and mobile terminal

Provided is a mobile terminal including a plurality of cameras to minimize an occurrence of occlusion, wherein the first lens part, the second lens part, and the ToF lens part are provided on one surface of the body to be exposed outside, the first holder, the second holder, and the ToF holder each have a rectangular transverse-section, and the first holder, the second holder, and the ToF holder are arranged such that the ToF lens part is located between the first lens part and the second lens part.

Mobile terminal

Provided is an optical device for reducing the time for auto focusing (AF) performed by a contrast detection system, the optical device comprises a liquid lens having a curvature that varies on the basis of an applied electrical signal and the liquid lens may be auto-focused at one time from the current curvature (i.e., the first curvature state, p) to a target curvature corresponding to a distance to the subject (i.e., a second curvature state) based on the FV slope ratio.

Optical device and mobile terminal comprising same

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Seoul, South Korea

Jongpil Kim