소아의 항문과 중복증 1예

심요섭,정연준,김재천 대한외과학회 2003 대한외과학회 학술대회 초록집 Vol.2003 No.11

교섭단위 분리 제도의 법적 쟁점

심요섭 노동법이론실무학회 2018 노동법포럼 Vol.- No.23

Trade Union and Labor Relations Adjustment Act designates one business or one place of business as a bargaining unit, and, in principle, the unit determines a representative bargaining trade union of their accord, referred to as procedures for simplification of bargaining windows. This unified trade union bargains and makes a collective agreement. However, Article 29.3.2 exceptionally allows a division of the bargaining units and to negotiate separately with each individual union. As it is a significant exception to the simplification of bargaining windows, it should be limited to conditions in which the enforcement of a statutory bargaining unit would make it difficult to expect a substantial collective autonomy. Labor Relations Commission(LRC) has a legal authority to decide a division of the bargaining units at its discretion, and the concerned parties can apply for review on its decision only when it is inconsistent with any Act or subordinate statue or ultra vires. Therefore, LRC should carefully decide whether to divide a bargaining unit, taking into consideration all reasonable grounds, and once it is determined, it needs to be fully respected. However, several recent cases interpreted the necessity to divide a bargaining unit in the narrow sense, so that judged LRC’s decision is inconsistent with the laws or ultra vires. In cases, there is a legitimate concern in their strict interpretation in allowing for the division of bargaining unit, which is an exception to the simplification of bargaining windows. However, in other aspect, it can excessively restrict the discretion of LRC to decide. Through clarifying factors and their contents in deciding the need for a division, the Act should present predictable criteria to the concerned parties, and impose judicial control over decisions of LRC, only which deviate from this requirement.

농약에 대한 농민의 인식 - 부족한 점이 너무 많다

심요섭 한국작물보호협회 1980 자연과 농업 Vol.1 No.4

위암의 정규 위절제술 후 발생한 문합부 누출의 치료 결과

심요섭 대한위암학회 2004 Journal of gastric cancer Vol.4 No.3

위암의 정규 위절제술 후 발생한 문합부 누출의 치료 결과

심요섭,김찬영,양두현,Shim, Yo-Seop,Kim, Chan-Young,Yang, Doo-Hyun 대한위암학회 2004 대한위암학회지 Vol.4 No.3

Purpose: The most feared complication of gastrointestinal tract operations is anastomotic leakage, not only because of the presumed individual surgeon's culpability but also because of the assumption that this event is often fatal. We have experienced 32 cases of anastomotic leakage after elective gastric resection during 8 years. The purpose of this study was to evaluate the result of their treatment. Materials and Methods: We evaluated the records of 1335 patients who had undergone elective gastric resection for an adenocarcinoma of stomach from January 1995 to October 2003 and conducted a retrospective, multivariate analysis. Results: Of the 1335 patients, 32 ($2.4\%$) sustained an anastomotic leakage. Anastomotic leakages usually developed on mean postoperative day $9.1\pm3.2$ (range:$1\∼18$ days).Overall, $31.3\%$ (10/32) of patients who sustained an anastomotic leakage died. The anastomotic leakages were identifed by radiological study or by operative finding at the site of the duodenal stump (20 patients), the esophagojejunostomy (7), the gastroduodenostomy (4), and the gastrojejunostomy (1). Fourteen patients ($43.8\%$) underwent a relaparotomy, a drainage procedure in the main, and 18 patients ($56.3\%$) were treated conservatively. The mortality rates were $42.9\%$ (6/14) and $22.2\%$ (4/18), respectively, but this difference was not statistically significant. A cox's proportional hazard analysis showed that a body-mass Index < 24 kg/m2 (odds ratio 5.55, $95\%$ CI: $0.69\∼44.82$) and non-enteral feeding (odds ratio 18.27, $95\%$ CI 2.22.150.69) were independent factors of mortality due to anastomotic leakage. Conclusion: Our observations show that anastomotic leakage after an elective gastric resection has a high risk of being fatal. Moreover, for a patient with a body-mass index lower than $24\;kg/m^{2}$ and/or non-enteral feeding, an anastomotic leakage after an elective gastric resection has a higher risk of being fatal.

수중인체모델의 대지접촉시 전기적 특성에 관한 연구

심요섭(Yo Shep Shim) 산업기술교육훈련학회 2018 산업기술연구논문지 (JITR) Vol.23 No.3

In this paper, electrical simulations of electric shock accidents at voltages of 220V have been carried out using an Andred s body model underwater. First, we construct a circuit fitting Andred s body model. Then, we compare voltage measurementsat a hand, breast, and the waist, and current measurementsat the same locations, with safety limits of electric current flowing through a body. We conclude from our results that the magnitude and wave of an electric currentpassing through a body mimics the effect ofa heart control signal. It also hasa direct impact on the ventricle of the heart in detailed motion. The simulations have been performed with the ATP-Draw program. Furthermore, this study finds safety issues for an electric angle limit when taking measurements of a flooded body resistance, and the voltage and current passing through each part.

수중인체모델의 충전전원설비 촉수시 전기적 특성에 관한 연구

심요섭(Yo-Shep Shim) 산업기술교육훈련학회 2020 산업기술연구논문지 (JITR) Vol.25 No.3

In this study, the electrical simulation of electric shock accidents at a voltage of 220 V was investigated using Andrew s body model in water. The constructed circuit consisted of Andrew s body model. The voltages measured on a hand, breast, waist, were compared with the electric currents measured on the hand, breast, and waist considering the safety limit of an electric current passing through the body. From the results, it can be understood that the magnitude and wave of electric current passing through the body affect the heart s control of a signal, which directly affects the ventricle of the heart in detail. It comes from the simulation through the ATP -Draw program. This study could be useful in solving safety issues for the electric angle limit by measuring flooding body resistance, as well as the voltage and current passing through each part.

링거액 소진 감지를 위한 정전용량방식의 차동센서 설계 및 제작

심요섭 ( Yo Sub Sim ),김청월 ( Cheong Worl Kim ) 한국센서학회 2010 센서학회지 Vol.19 No.5

허리까지 침수된 경우 인체모델에 미치는 전기적 특성에 관한 연구

심요섭(Yo Shep Shim) 산업기술교육훈련학회 2014 산업기술연구논문지 (JITR) Vol.19 No.3

In this paper, the Electrical Simulation of electric shock accidents at the voltages of 220[V] have been studied using an Andred s body model in underwater. The construction of a circuit make to Andrew s body model. It compare that voltages measure a hand, a breast, a waist, and electric currents measure a hand, a breast, a waist with safety a limit of body through an electric current. Out of result, it research that magnitude and wave of body passing an electric current give the effect to the heart control a signal and it have affect on direct the ventricle of the heart in detail motion. A thing of this sort get through to the simulation by the ATP-Draw program. The results from above, it is publish one s research work with safety a limit electric angle take measurement of resistance a Flooding body and to the voltage and electric current passing each parts.

침수 전기설비가 인체 모델에 미치는 전기적 특성에 관한 연구

심요섭(Yo-Shep Shim),박태열(Tae-Yeol Park) 산업기술교육훈련학회 2008 산업기술연구논문지 (JITR) Vol.13 No.4

In this paper, charging part by basic from Andrew s body model research to second a danger have affect on remaining and rehabilitation humans in space under water. The construction of a circuit make to Andrew s body model. It compare that voltages measure a hand, a breast, a groin and electric currents measure an arm, a breast, a leg with safety a limit of body through an electric current. Out of result, it research that magnitude and wave of body passing an electric current give the effect to the heart control a signal and it have affect on direct the ventricle of the heart in detail motion. A thing of this sort get through to the simulation by the ATP-Draw program. The results from above, it is publish one s research work with safety a limit electric angle take measurement of resistance a body in under water and to the voltage and electric current passing each parts.