• Title/Summary/Keyword: 아사(衙舍)

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No.1 Safety Engineer - 아사히초자화인테크노한국(주) 김태권 과장

  • Kim, Seong-Dae
    • The Safety technology
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    • no.194
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    • pp.24-25
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    • 2014
  • 최근 스마트폰, 태블릿 PC 등 각종 디지털기기가 대중화되면서 디스플레이(화면) 산업도 다양한 변화를 맞았다. 이러한 디스플레이 산업의 발달은 유리 소재에 대한 기술 개발을 더욱 촉진하는 역할을 하고 있다. 경북 구미시에 위치한 아사히초자화인테크노한국(이하 AFK)은 전 세계 디스플레이용 글라스 시장에서 압도적인 점유율을 기록하고 있는 일본의 AGC 그룹에 의해 2004년 설립된 곳이다. 특히 AFK는 박막 트랜지스터 액정표시장치인 TFT-LCD 용 유리 기판을 제조하는 곳으로 AGC 그룹의 디스플레이용글라스에 관한 최점단 기술이 집결된 곳이라고 할 수 있다. 이곳 AFK에서 안전관리업무를 맡고 있는 이가 오늘의 주인공인 김태권 과장이다. 그는 회사 설립 초기부터 자체적인 안전시스템을 구축해 나가면서 고도의 기술력과 안전이 조화된 일터를 만들어가고 있다. 안전관리업무의 좋은 본보기가 되고 있는 김태권 과장을 찾아가 그만의 안전철학을 들어봤다.

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특집 5 - 일본 대학들의 다양한 재정 확대 사업 현황

  • O, Dae-Yeong
    • 대학교육
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    • s.160
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    • pp.45-50
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    • 2009
  • 본 원고는 필자가 2001년 이후 중앙일보 도쿄 특파원과 논설위원을 거치면서 일본 대학을 현지 취재한 내용에다, 일본 신문(아사히, 요미우리, 마이니치, 니혼게이자이, 도쿄 신문)의 2008년 6월 이후 현재까지의 보도 내용을 근거로 했습니다.

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Traces of Gwan-a in Yanggeun and Jipyeong in Literature - with the Focus on the History, Scale and Sites of Gwan-a - (문헌으로 찾은 양근·지평 관아의 흔적 - 관아의 연혁·규모·터[址]를 중심으로 -)

  • Yu, Dong-Ho
    • Korean Journal of Heritage: History & Science
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    • v.51 no.1
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    • pp.80-99
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    • 2018
  • In premodern society, the central spaces in local counties were known as Eupchi (邑治), in which Gwan-a (官衙). The Eupchi located in seaside counties were in Eupseong, whereas the Eupchi of inland counties only included a Gwan-a, and did not have a fortress. Yanggeun-gun (楊根郡) and Jipyeonghyeon (砥平縣), which currently form Yangpyeong-gun (楊平郡), were counties where only Gwan-a existed. At present, there are few traces of the Gwan-a in Yanggeun and Jipyeong. In addition, it is impossible to exactly verify the history, scale and location of these two Gwan-as. Therefore, this study attempts to make a rough estimation of the histories, scales and sites of these Gwan-a by analyzing the relevant literature and ancient maps that are scattered according to the principles of spatial organization of local Gwan-a. The Yanggeun and Jipyeong Gwan-a appear to have been built in the early Joseon period. There are three reasons for this assertion: First, in Yanggeun and Jipyeong, Suryeong (守令) were first officially appointed after the early Joseon period. Once Suryoeng were appointed to such counties, the Gwan-a in which they would serve could be established. Second, the Dongheon (東軒) in Yanggengun and the Gaeksa (客舍) in Jipyeonghyeon were rebuilt in 1703 (29th year of the reign of King Sukjong) and 1465 (11th year of the reign of King Sejo), respectively; thus; the Gwan-a must have existed since the early Joseon period.. Third, in Yanggeungun, the Hyanggyo (鄕校) had existed since the early Joseon period, as the Joseon government necessarily established the Hyanggyo in areas where Suryeong were established. The facilities of local Gwan-a in the Joseon period were largely divided into gonghae (公?), educational institutes, and alters. The gonghae was a facility in which the Suryeong and Gwanwon (官員) managed administrative, judicial and military affairs, and consisted of the A-sa (衙舍), Hyeongcheong (鄕廳), Jackcheong (作廳), Gaeksa (客舍), Gungwancheon (軍官廳), and so on. The education institute was called a Hyeonggyo, while alters included the Sajikdan (社稷壇), Seonghwansa (城隍祠) and Yeodan (?壇). Both the Yeongeun and Jipyeong Gwan-a also consisted of such facilities as A-sa, Hyangcheong, Jakcheong, Gaeksa, Gungwancheong, Hyeonggyo, Changgo, Sajikdan, Seonghwangsa, Yeodan, Saryeongcheong, Jiincheong and Gwannocheong. The present sites for both Gwan-as cannot be identified with any certitude. However, they can be roughly identified by connecting the related literatures, oral statements and relics with the principles of spatial organization of local Gwan-a in the Joseon period. ${\bullet}$ Address of the Yanggeun A-sa (Dongheon): the whole of # 15, Gwanmun 1-gil, Yangpyeong-eup (Yanggeun-ri 151) in front of Yanggeun Junior High School at present. ${\bullet}$ Address of Yanggeun Gaeksa: around the Yangpyeong police station at present. ${\bullet}$ Address of Jipyeong A-sa(Dongheon): the whole of Jipyeong-ri 248-250, Jipyeong-myeon at present. ${\bullet}$ Address of Jipyeong Gaeksa: the whole of Jipyeong-ri 238, Jipyeong-myeon at present.

일본의 도전에 대처할 미국의 5가지 선택

  • Kim, Jin-Seop
    • Defense and Technology
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    • no.12 s.130
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    • pp.26-33
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    • 1989
  • 일본의 쏘니사가 미국의 콜럼비아사를 구매한 것은 미국의 경제가 임기응변식의 치유를 필요로 하지는 않으나 장기계획 수립과 희생이 필요하다고 정책입안자들에게 주의를 환기시켜 주는 것이다. 이러한 일이 추진되지 않는다면 우리가 무역에서 얼마나 강력하게 대처하느냐하는 것은 문제가 안된다. 다만 계속 일본에게 설 땅을 잃어버리는 것이다

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$NH_3/CO_2 $를 적용한 NewTon3000의 에너지절약효과

  • 아사노 히데요
    • The Magazine of the Society of Air-Conditioning and Refrigerating Engineers of Korea
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    • v.40 no.6
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    • pp.18-23
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    • 2011
  • 일본의 마에카와 제작소에서 개발한 자연냉매를 사용하는 에너지 절약형 냉동장치인 NewTon3000을 소개하고 냉동창고에 이 시스템을 적용했을 때에 총 에너지 소비량이 획기적으로 저감됨을 설명하고자 한다.

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A Development of Practical Analysis Method for the Consolidation Settlements (압밀침하 계측분석기법의 개발에 관한 연구)

  • Kim Joon-Seok;Kim Ju-Yong
    • Journal of the Korean Geotechnical Society
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    • v.21 no.3
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    • pp.141-148
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    • 2005
  • The settlement measured in the field shows a considerable difference from the predicted settlement due to various factors such as nonhomogeneous soft layers, sampling disturbance, erroneous selection of soil parameters and deficiency of consolidation theories among others. Therefore, analysis of actual settlement behavior based on the instrumentation and measurement data during consolidation period is a very useful procedure in evaluating the rates of consolidation settlement. This paper introduces a new practical method of analyzing consolidation settlement behavior, which is generalized and formulated from the existing analysis methods such as Hyperbolic method, Hoshino method and $\sqr{s}$ method. Through case studies, it is shown that the proposed method is a superior technique in reflecting the measured settlement behavior.

Geology of Athabasca Oil Sands in Canada (캐나다 아사바스카 오일샌드 지질특성)

  • Kwon, Yi-Kwon
    • The Korean Journal of Petroleum Geology
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    • v.14 no.1
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    • pp.1-11
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    • 2008
  • As conventional oil and gas reservoirs become depleted, interests for oil sands has rapidly increased in the last decade. Oil sands are mixture of bitumen, water, and host sediments of sand and clay. Most oil sand is unconsolidated sand that is held together by bitumen. Bitumen has hydrocarbon in situ viscosity of >10,000 centipoises (cP) at reservoir condition and has API gravity between $8-14^{\circ}$. The largest oil sand deposits are in Alberta and Saskatchewan, Canada. The reverves are approximated at 1.7 trillion barrels of initial oil-in-place and 173 billion barrels of remaining established reserves. Alberta has a number of oil sands deposits which are grouped into three oil sand development areas - the Athabasca, Cold Lake, and Peace River, with the largest current bitumen production from Athabasca. Principal oil sands deposits consist of the McMurray Fm and Wabiskaw Mbr in Athabasca area, the Gething and Bluesky formations in Peace River area, and relatively thin multi-reservoir deposits of McMurray, Clearwater, and Grand Rapid formations in Cold Lake area. The reservoir sediments were deposited in the foreland basin (Western Canada Sedimentary Basin) formed by collision between the Pacific and North America plates and the subsequent thrusting movements in the Mesozoic. The deposits are underlain by basement rocks of Paleozoic carbonates with highly variable topography. The oil sands deposits were formed during the Early Cretaceous transgression which occurred along the Cretaceous Interior Seaway in North America. The oil-sands-hosting McMurray and Wabiskaw deposits in the Athabasca area consist of the lower fluvial and the upper estuarine-offshore sediments, reflecting the broad and overall transgression. The deposits are characterized by facies heterogeneity of channelized reservoir sands and non-reservoir muds. Main reservoir bodies of the McMurray Formation are fluvial and estuarine channel-point bar complexes which are interbedded with fine-grained deposits formed in floodplain, tidal flat, and estuarine bay. The Wabiskaw deposits (basal member of the Clearwater Formation) commonly comprise sheet-shaped offshore muds and sands, but occasionally show deep-incision into the McMurray deposits, forming channelized reservoir sand bodies of oil sands. In Canada, bitumen of oil sands deposits is produced by surface mining or in-situ thermal recovery processes. Bitumen sands recovered by surface mining are changed into synthetic crude oil through extraction and upgrading processes. On the other hand, bitumen produced by in-situ thermal recovery is transported to refinery only through bitumen blending process. The in-situ thermal recovery technology is represented by Steam-Assisted Gravity Drainage and Cyclic Steam Stimulation. These technologies are based on steam injection into bitumen sand reservoirs for increase in reservoir in-situ temperature and in bitumen mobility. In oil sands reservoirs, efficiency for steam propagation is controlled mainly by reservoir geology. Accordingly, understanding of geological factors and characteristics of oil sands reservoir deposits is prerequisite for well-designed development planning and effective bitumen production. As significant geological factors and characteristics in oil sands reservoir deposits, this study suggests (1) pay of bitumen sands and connectivity, (2) bitumen content and saturation, (3) geologic structure, (4) distribution of mud baffles and plugs, (5) thickness and lateral continuity of mud interbeds, (6) distribution of water-saturated sands, (7) distribution of gas-saturated sands, (8) direction of lateral accretion of point bar, (9) distribution of diagenetic layers and nodules, and (10) texture and fabric change within reservoir sand body.

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Photo Imaging Expo 2005

  • Da, No-E
    • The Optical Journal
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    • s.100
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    • pp.53-59
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    • 2005
  • 지난 호에 이어 본 고에서는‘일본 Photo Imaging Expo 2005’의 리뷰를 다뤘다. 수년동안 렌즈 전문가의 입장으로 동전시회를 다녀온 일본 광과학연구소의 다카노 에이이치 선생이 전시회를 참관하고 나름대로 느낀 소감을 원고로 작성하여 광학세계에 기고한 내용이다. 지난 호는 전시회 경향에 관해 기술하였고 이번 호는 일본의 카메라 메이커와 광학제품업체들의 현황 및 제품 동향에 관해 기술하였다. 중간 중간 보충설명은 아사히 카메라(일본 카메라 전문지)를 인용하여 서술했음을 밝히며 이번 번역도 (주)이오시스템의 박성천 과장이 수고해 주셨다.

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Original Form of Castle Town and Modern Transformation of Eupchi Landscape in Naepo Area, Korea (내포지역 읍성 원형과 읍치경관의 근대적 변형)

  • 전종한
    • Proceedings of the KGS Conference
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    • 2004.05a
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    • pp.93-93
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    • 2004
  • 한반도의 서ㆍ남해안 일대는 방어 상의 이유와 넓은 해안 충적평야, 해안 저지대의 농경제적 가치 때문에 다른 지역에 비해 우선적으로 읍성 축조가 이루어졌다. 내포지역은 그러한 대표적인 공간이다. 내포지역의 읍치 경관 원형은 타지역과 마찬가지로 네개의 성문을 가지면서 배후의 객사군과 전면의 아사군 경관으로 이루어지는 것이 원칙이었다. 이러한 원칙은 방위와 길흉의 연관성에 대한 전통적 관념이나 권력의 자연화 전략을 반영하는 것이었다. (중략)

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