Lg Electronics Inc.

Solco Biomedical Co., Ltd.

Korea Institute of Science and Technology

Ndd, Inc.

Im Healthcare Co., Ltd.

Fuzbien Technology Institute Inc.

Saeyoung Ahn

Hongjo Shim

Mihyun Park

Seonghyok Kim

Dong Keun Han

Dongsu Han

Jungwhan Kim

Hong Bae Kim

Kwang Duk Ahn

Hyejin Eum

Seo Kon Kim

Young Min Ju

Steingrimur Stefansson

Disclosed is a mobile terminal. The mobile terminal may include a front camera obtaining a 2D face image of a user, a glance sensor tilted by a certain angle and disposed adjacent to the front camera to obtain metadata of the 2D face image, and a controller obtaining a distance between the glance sensor and the front camera, the distance enabling an area of an overlap region, where a first region representing a range photographable by the front camera overlaps a second region representing a range photographable by the glance sensor, to be the maximum.

Mobile terminal providing face recognition using glance sensor

A mobile terminal including a terminal body having a metal case and defining an appearance of the mobile terminal; a display disposed on one surface of the terminal body; an antenna having a radiator provided on a functional area of the metal case, the antenna unit configured to execute wireless communication; a plurality of electrodes provided on one portion of the functional area and configured to generate current; and a controller configured to in response to a user grasping the mobile terminal such that the electrodes are in contact with the user, measure a body fat of the user based on voltages sensed by the electrodes, and display screen information on the display related to the determined body fat measurement.

Mobile terminal

A mobile terminal including a wireless communication unit configured to wirelessly communicate with at least one other terminal; a first sensor configured to detect a blowing action on the mobile terminal; a second sensor configured to detect an input action of a user; and a controller configured to execute a prescribed function on the mobile terminal when detecting the input of the user, detecting the blowing action on the mobile terminal, and detecting a release of the input action.

Mobile terminal and controlling method thereof using a blowing action

Disclosed are a glycated protein measurement sensor and a portable glycated protein measurement apparatus. The glycated protein measurement sensor includes: a sensing film () formed on a predetermined base material (); and first and second unit sensors (&#x2033;) including a positive (+) electrode () and a negative (&#x2212;) electrode () disposed facing each other at a predetermined distance on both ends of the sensing film (). A ligand composition (') including an aromatic boron acid combined with a first target material () as an effective component is disposed on the first sensing film () of the first unit sensor (&#x2032;). Also, a receptor (&#x2033;) combined with the first or second target material () is disposed on the second sensing film () of the second unit sensor (&#x2033;). Here, the first target material () is a glycated protein (&#x2032;), and the second target material () is a protein (&#x2033;).

Glycated protein measurement sensor and portable glycated protein measurement apparatus including same

The present invention relates to an electrochemical therapy apparatus in which various tumors such as cancers are treated using an electrochemical method that utilizes an interaction between an anodic electrode and a cathodic electrode. The electrochemical therapy apparatus includes a main controller for performing calculation processes of parameters for electrochemical therapy; a storage unit connected to the main controller, and storing a program for processing the parameters and also storing data related to the parameters; an input unit and an output unit connected to the main controller, the output unit displaying or printing data related to the parameters; a converter connected to the main controller and converting the parameters output from the main controller into analog values to transmit the parameters as electrical signals for electrochemical therapy, or converting input analog values into digital values and transmitting the digital values as electrical signals to the main controller; a plurality of channels connected to the converter to transmit electrical signals, each of the channels operating independently; and a plurality of electrode units each connected to one of the channels, and each including an anodic electrode and a cathodic electrode in a wire shape, and that are coated with platinum and between which direct current flows to perform electrochemical therapy.

Electrochemical therapy apparatus

A method for modifying surface of biodegradable porous polymer scaffold for tissue engineering using a low temperature plasma discharge apparatus, and particularly, a method for inducing the biodegradable porous polymer scaffold to be hydrophilic by graft polymerizing a hydrophilic monomer on the surface of the biodegradable porous polymer scaffold, which is made of polylactic acid, polyglycolic acid or poly(lactic acid-glycolic acid) copolymer, using a low temperature plasma. The surface-modified porous polymer scaffold according to the present invention has an enhanced cell compatibility in cell culture in vitro, and promote tissue growth when the cell is transplanted into a body.

Preparation method of biodegradable porous polymer scaffolds having an improved cell compatibility for tissue engineering

Growing community of inventors

Seoul, South Korea

Saeyoung Ahn