Kookmin University

Hyundai Motor Company

Kia Motors Corporation

Hyun Woo Bark

Hyun Jung Lee

Sang Hak Kim

Mi Yeon Song

Eun Yeong Lee

Young Hoe Kim

Jung Hun Oh

Soo Hyun Kim

Jong Chan Baek

Yong Myeong Kim

An integrated flexible thermoelectric device includes p-type carbon nanoparticle regions and n-type carbon nanoparticle regions which are alternately and continuously connected to each other. In particular, the p-type carbon nanoparticle regions and the n-type carbon nanoparticle regions are formed on the one carbon nanoparticle paper.

Integrated flexible thermoelectric device and method of manufacturing the same

Disclosed herein are a flexible thermoelectric module cell for a touch sensor, a touch sensor including the same, and a method of manufacturing the flexible thermoelectric module cell for a touch sensor. The flexible thermoelectric module cell is applicable to cells for touch sensors of various designs, without the need for a person to go directly to an industrially dangerous place.

Flexible thermoelectric module cell for touch sensor, touch sensor including the same, and method of manufacturing the flexible thermoelectric module cell for touch sensor

A method of preparing the thermoelectric materials includes coating a thin film of a material having a Seebeck coefficient of &#xb1;&#x3bc;V/K or greater on one surface of a substrate, coating a polymer precursor solution for forming a polymer having a glass transition temperature (Tg) of about 50&#xb0; C. or greater on a top surface of the material thin film, forming a polymer layer on the top surface of the material thin film by curing the polymer precursor solution, and preparing the self-standing flexible thermoelectric composite structure by separating the polymer layer formed on the top surface of the material thin film from the substrate.

Thermoelectric material, thermoelectric module and thermoelectric device including the same

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Seoul, South Korea

Hyun Woo Bark