• Title/Summary/Keyword: Sung-Jung

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A Bibliographic study between Sung-Jung in and Sung-Jung in and Sung-Jung in Chinese and Chosun's philosophy (중국·조선철학의 성정(性情)과 동의수세보원의 성정(性情)에 관한 문헌적 고찰(考察))

  • Seul, Yu-kyung;Kim, Jong-won
    • Journal of Sasang Constitutional Medicine
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    • v.11 no.2
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    • pp.51-73
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    • 1999
  • 1. Purpose of study In Sasang Constitutional Medicine, human's physiology and pathology are caused by Sung-Jung that joy, anger, sorrow, and pleasure' expression. So, the purpose of this study is to investigate the correlation between Sung-Jung in and Sung-Jung in Chinese and Chosun's philosophy. 2. Method of study First, I made a thorough investigation into the meaning and change of Sung-Jung's concept in Chinese philosophy. Secondly, I did a study not only Sadanchiljung(四端七情) that the discussion is based on the concept of Sung-Jung in Chosun's philosophy but also it of Jeong Je-du (a scholar of the Wang Yang-ming school). Finally, I did a study Sung-Jung in 3. Result of study It is found that Lee je-ma formulated his peculiar system of thought (Sa-Sim-Sin-Mul) in, , coverd the concept of Sung-Jung in Chinese and Chosun's philosophy.

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A Study on the correlation between Sung-Jung' concept of Sasang Constitutional Medicine and Brain (사상의학(四象醫學)에 나타난 성정(性情)의 개념과 뇌(腦)와의 상관성에 관한 고찰)

  • Kim, Jong-Weon;Seul, Yu-Kyung
    • Journal of Sasang Constitutional Medicine
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    • v.12 no.2
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    • pp.17-33
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    • 2000
  • Purpose of this study is to investigate the correlation between Sung-Jung' concept of Sasang Constitutional Medicine and Brain. So, After studying the meaning of Sung-Jung' concept of Sasang Constitutional Medicine, I made a comparative study through the structure, function, development of Brain. The conclusions were as follows. 1. Human's brain acts a rational, control his actions. and It manage human body's physiology and pathology. and It perceive his surroundings, express his emotion through comprehension, synthesis, judgement about information from various fields. and It's abnormality bring about a spiritual, bodily injury. Therefore, human's brain have many correlation with Sung-Jung' concept of Sasang Constitutional Medicine. 2. Neocortex' function have many correlation with Sung' concept of Hearing-Sight-Smell-Taste (聽視嗅味=sensation=a highly mental capacity) through Ear-Eye-Nose-Mouse(耳目鼻?). 3. Limbic-system'function have many correlation with Jung' concept of Sorrow-Anger-Pleasure-Joy(哀怒喜榮=emotion) through Lung-Spleen-Liver-Kidney(肺脾肝腎) 4. Brain-stem' function have many correlation with vitalistic concept through Qui of Sorrow - Anger - Pleasure - Joy(哀怒喜樂之氣)' rise and fall. 5. Relation of emotions and diseases through Limbic system and Autonomic nervous system have many correlation with relation of Sung-Jung and diseases of Sasang Constitutional Medicine 6. Left-hemisphere' function that has superior power of verbal, analysis, logicality, consideration have many correlation with tendency of Soeumin and Taeumin. and Right-hemisphere' function that has superior power of emotion, non-verbal, imagination, spatial perception have many correlation with tendency of Soyangin and Taeyangin.

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Development of Modeling and control Methods for Multi-DOF dielectric polymer actuator

  • Jung, M.Y.;Jung, K.M.;Koo, J.C.;Choi, H.R.;Nam, J.D.;Lee, Y.K.
    • 제어로봇시스템학회:학술대회논문집
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    • 2004.08a
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    • pp.1225-1228
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    • 2004
  • Principles and mechanism of energy transduction of dielectric polymer materials are well known from the various smart material related publications. However their introduction to industrial actuator applications is limited mainly due to difficulties guarantee controllability and reliability. Most of the previous publications have elaborates energy transduction physics of chunk of polymer while development of construction methods for feasible actuators made of the material is rarely proposed. In the present article, a conceptual design of multi-DOF linear polymer actuator construction that is to be controllable with moderate level of control work os introduced. In addition, numerical models that are developed with a unified energy based approach are presented not only for basic working mechanism analysis of the polymetric soft actuator but for providing analytical foundation to expend the concept toward design of multi-DOF actuator controls.

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