【브레이크뉴스 대구】진예솔 기자=안동시선거관리위원회가 지난 6월 1일 실시한 안동시의회의원 선거에서 후보자A와 그 회계책임자 B가 선거비용제한액을 초과 지출하고 이를 허위보고한 혐의에 대해 검찰에 고발했다고 밝혔다.

▲ 경북선관위     ©

후보자 A와 회계책임자 B는 선거비용제한액(43,508,400원)의 200분의 1이상인 5,144,321원(선거비용제한액의 11.82%)을 초과 지출한 뒤, 이러한 사실을 은닉하기 위해 허위회계보고를 한 혐의를 받고 있다. 

「공직선거법」제258조제1항제1호에 따르면 회계책임자가 선거비용제한액의 200분의 1이상을 초과하여 지출한 때에는 5년 이하의 징역 또는 2천 만 원 이하의 벌금에 처한다고 규정하고 있다.

또한 「정치자금법」제49조 제1항에 따르면 회계책임자가 정당한 사유 없이 선거비용에 대하여 회계보고를 하지 아니하거나 허위기재‧위조‧변조 또는 누락(선거비용의 수입ㆍ지출을 은닉하기 위하여 누락한 경우를 말함)한 자는 5년 이하의 징역 또는 2천 만 원 이하의 벌금에 처한다고 규정하고 있다.

이에 선거관리위원회 관계자는 “선거비용 축소‧누락 및 허위회계보고를 비롯해 음성적인 불법정치자금 수수행위 등 선거질서를 훼손하는 위법행위에 대해서는 끝까지 추적하여 엄중 조치할 것”이라고 밝혔다.

아울러 “불법 정치자금 관련 범죄는 은밀하게 이루어지는 특성이 있어 적극적인 신고‧제보 없이는 적발하기 어려운 점이 있다.”고 설명하며 “누구든지 후보자 등의 선거비용 수입․지출내역이 사실과 다른 점을 발견하면 선관위에 신고해달라.”고 당부했다.

<구글 번역으로 번역한 영문 기사의 전문 입니다. 번역에 오류가 있을 수 있음을 밝힙니다.>

DGIST (President Yang Kook) Professor Seongwon Lee's research team in the Department of Chemical Physics developed the world's first Organic Field-Effect Transistor (OFET) with a very thin thickness and excellent air permeability that can be used as a device for electronic skin succeeded in

OFETs with nanomesh structures are expected to be able to extract physiological data directly from the skin and optimize information processing through integration with various sensors.

Electronic skin is an electronic device attached to the skin, which measures signals such as body temperature, heart rate, electromyography, and blood pressure, and transmits these data.

Recently, as interest in smart health care systems using wearable devices has increased, the development of related technologies has been activated.

In order to accurately measure biosignals through health care systems in real time, since most tissue surfaces are smooth and constantly moving, a soft sensor is required. has been fabricated on the substrate.

However, if a sensor having a flat substrate structure with low liquid and gas permeability is attached to the skin surface for a long period of time, unexpected diseases (atopy, metabolic disorders, etc.) may occur.

Therefore, in order to perform a long-term role, electronic devices that come in direct contact with a living body surface must have air permeability. Therefore, research on a device of a polymer nanofiber-based nanomesh structure having excellent air permeability is attracting a lot of attention.

Accordingly, DGIST Professor Seong-Won Lee's team developed an ultra-thin nano-mesh structure OFET that can be combined with various sensors without causing discomfort to the wearer.

In particular, the developed OFET device showed constant performance even when folded or curved surfaces, and showed stable switch characteristics with almost no degradation in performance even in harsh environments such as over 1,000 deformations and high humidity.

The reason that it was difficult to implement the transistor with the existing nanomesh structure was that the surface was rough and the properties of nanofibers lacked mechanical robustness and thermal and chemical stability.

Professor Seongwon Lee's team solved this problem at the same time by using a material called Parylene C, which is suitable as a biocompatible coating, and made the process simpler than the synthesis or high-temperature process by using the conventional vacuum deposition method.

Professor Seongwon Lee of the Department of Chemical Physics at DGIST said, “We succeeded in developing an organic field effect transistor with a nanomesh structure for the first time, and further successfully demonstrated an active matrix integrated tactile sensor with a sensor attached. was essential, but now it will be possible to measure and process long-term biosignals in real time by using an electronic skin device made of only nanomesh structures.”