Lg Electronics Inc.

Korea Institute of Ceramic Engineering and Technology

Jiho Lee

Minsoo Kim

Kyunghwan Lee

Byunghwa Lee

Hoon Hur

Hwankuk Yuh

Naehyun Park

Jaeyoung Han

Woojin Lee

Jeong Ho Chang

Chanyong Mo

Yongbong Choi

Kangsuk Lee

Youndong Park

Hyojun Im

Woogon Shim

Yonggyng Bae

Byungsoo An

Heemin Yun

Jungyoun Rue

Soo Youn Lee

Jinbok Lee

The present embodiment comprises an outer tube; and at least one charging line disposed inside the outer tube, in which an outer flow path through which cooling fluid passes is formed between the outer tube and the at least one charging line, the charging line comprises at least one charging conductor; and an insulating body surrounding the outer circumference of the at least one charging conductor, and in which an inner flow path through which cooling fluid passes is formed in the insulating body.

Charging cable

A charging system is a charging system comprising a charger for charging an electric vehicle, in which the charger comprises: a base; a charger provided with a contact-type charging terminal that is in contact with or separated from a charging terminal disposed on a lower surface of the electric vehicle; a main cylinder connected to the base and supplying hydraulic pressure; a hydraulic regulator connected to the main cylinder and provided with an inner flow path formed therein; a first hydraulic cylinder respectively connected to the hydraulic regulator and the charger and communicating with the inner flow path; and a second hydraulic cylinder each connected to the hydraulic regulator and the base and communicating with an inner flow path.

Charging system

A home appliance can include a first circuit including a first processor for load control or safety control; and a second circuit connected to the first circuit by wire or wirelessly, configured to control an operation mode based on an operating system, and a second processor configured to perform an upgrade, based on upgrade information received from an external server or a mobile terminal.

Home appliance and method for operating the same

A mobile terminal comprises: a first frame; a second frame configured to make a sliding movement in a first direction with regard to the first frame, or in a second direction opposite to the first direction; a rotating gear coupled to the second frame to be able to rotate around an axis of rotation extending in a third direction perpendicular to the first direction; a flexible display unit comprising a first area coupled to the front surface of the first frame and a second area which is bent while surrounding the rotating gear; a first flexible rack gear extending from the first frame in the first direction, the first flexible rack gear being positioned between the flexible display unit and the second frame and being bent while surrounding the rotating gear; and a second flexible rack gear coupled to the back surface of the flexible display unit so as to engage with the rotating gear and rotate accordingly. When expanded, the mobile terminal can be stably supported, thereby solving the problem of sagging of the flexible display unit, or the problem of an error occurring during a touch input.

Mobile terminal

A mobile terminal includes a terminal main body and a keypad assembly provided in the main body and formed to receive a control command, wherein the keypad assembly includes a key top disposed on one surface of the main body to cover a switch installed in the main body, an actuator mounted on the key top and having at least a portion protruded to press the switch, and a pattern member including a base portion coupled to the actuator and a plated layer having at least a portion penetrating the key top to form a pattern exposed to the outside and plated on an outer surface of the base portion.

The present invention relates to a protein-binding material including a mesoporous silica and a method for selectively separating and purifying using the protein-binding material. More specifically, the present invention relates to a method of preparing a magnetic mesoporous silica responding to a magnetic field by adsorbing a precursor of a transition metal or its ion, such as an iron (Fe) precursor, onto a mesoporous silica, and to a protein-binding material prepared by coating the surface of the magnetic mesoporous silica with a transition metal or its ion so as to be capable of binding to a specific protein labeled with histidine, and also to a method of selectively separating and purifying a specific protein using the protein-binding material.

Method for preparing Ni-containing magnetic mesoporous silica whose surface strongly binds histidine-tagged protein, protein-binding material for degrading toxic aromatic compound comprising the magnetic mesoporous silica, and method for degrading toxic aromatic compound using the magnetic mesoporous silica

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Seoul, South Korea

Jiho Lee