• Korean Journal of Acupuncture
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• v.23 no.1
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• pp.137-145
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• 2006

Objectives : The purpose of this case is to report the improvement after treatment about a patient with cerebral infarction by Sa-Am's Ohaeng-acupuncture and Liuqi-acupuncture. Methods : We treated the patient with acupuncture therapy from 6th September 2004 to 15th November 2004 by reinforcing Dadun(Liv 1) Zusan Li(S36) Quchi(Li 11) and reducing Taibai(Sp 3) on the basis of Etiological Analysis and Differenciation of Endogenous Wind caused by Damp Phlegm and heat. Results .1. Right hemiplegia improved Gr. I to Gr.IV after acupuncture therapy. 2. we interpreted 'reinforcing Dadun(Liv 1) and reducing Taibai(SP 3)'as using Simjeonggyeok in conjunction with Simseunggyeok on the basis of Sa-Am's Ohaeng-acupuncture. 3. we interpreted 'reinforcing Dadun(Liv 1) and reducing Taibai(Sp 3)'as Excreting Dampness in Spleen on the basis of Liuqi-acupuncture. 4. we interpreted 'reinforcing Zusan Li(S 36) and Quchi(Li 11)'as Eliminating Wind-dampness and Menstrual Regulation.

• Journal of Physiology & Pathology in Korean Medicine
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• v.20 no.3
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• pp.735-739
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• 2006

The purpose of this case is to report the improvement after treatment about a patient with cerebral infarction by Sa-Am's Ohaeng-acupuncture and Liuqi-acupuncture. We treated the patient with acupuncture therapy from 6th September 2004 to 15th November 2004 Dy reinforcing Dadun(LR 1)Zusan Li(5736) Quchi(Li 11) and reducing Taibai(Sp 3) on the basis of etiological analysis and differentiation of endogenous wind caused by damp phlegm and heat. Right hemiplegia improved Gr. 1 to Gr. tV after acupuncture therapy. We interpreted 'reinforcing Dadun(LR 1) and reducing TaiDai(SP 3)'as using Simjeonggyeok in conjunction with Simseunggyeok on the basis of Sa-Am's Ohaeng-acupuncture. We interpreted 'reinforcing Dadun(LR 1) and reducing Taibai(Sp 3)' as excreting dampness in Spleen on the basis of Liuqi-acupuncture. We interpreted 'reinforcing Zusan Li(57 36) and Quchi(Li 11)' as eliminating wind-dampness and menstrual regulation.

• Journal of Acupuncture Research
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• v.21 no.6
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• pp.151-158
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• 2004

Objective : The purpose of this study is to observe the effects of Eo-Hyeol Bang(瘀血方) for the patients with low back pain due to traffic accident. Methods : Eo-Hyeol Bang based on Sa-Am Acupuncture treatment(four needle technic), consists of Taibai(SP3), Taiyuan(LU9), Quchi(LI11). In following research, 60 patients were divided into Group A and Group B of each 30 persons. Only Group A was treated with Eo-Hyeol Bang, Group B was treated with common acupuncture treatment. Results : In VAS, Group A is $5.77{\pm}1.96$ and Group B is $4.53{\pm}2.40$ (P=0.033). In Improvement index, Group A is $0.3191{\pm}0.1597$ and Group B is $0.2267{\pm}0.1297$ (P=0.017). Conclusions : As a result of each P-value, we knew that Eo-Hyeol Bang is more effective than another acupuncture technic.

• Journal of the Korean Institute of Landscape Architecture
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• v.50 no.5
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• pp.69-79
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• 2022

This study aims to assess the current understanding of the landscape of wind power facilities as renewable energy sources that supply sightseeing, tourism, and other opportunities. Therefore, social media data related to the landscape of wind power facilities experienced by visitors from different regions was analyzed. The analysis results showed that the common characteristics of the landscape of wind power facilities are based on the scale of wind power facilities, the distance between overlook points of wind power facilities, the visual openness of the wind power facilities from the overlook points, and the terrain where the wind power facilities are located. In addition, the preference for wind power facilities is higher in places where the shape of wind power facilities and the surrounding landscape can be clearly seen- flat ground or the sea are considered better landscapes. Negative keywords about the landscape appear on Gade Mountain in Taibai, Meifeng Mountain in Taibai, Taiqi Mountain, and Gyeongju Wind Power Generation Facilities on Gyeongshang Road in Gangwon. The keyword 'negation' occurs when looking at wind power facilities at close range. Because of the high angle of the view, viewers can feel overwhelmed seeing the size of the facility and the ridge simultaneously, feeling psychological pressure. On the contrary, positive landscape adjectives are obtained from wind power facilities on flat ground or the sea. Visitors think that the visual volume of the landscape is fully ensured on flat ground or the sea, and it is a symbolic element that can represent the site. This study analyzes landscape awareness based on the opinions of visitors who have experienced wind power facilities. However, wind power facilities are built in different areas. Therefore, landscape characteristics are different, and there are many variables, such as viewpoints and observers, so the research results are difficult to popularize and have limitations. In recent years, landscape damage due to the construction of wind power facilities has become a hot issue, and the domestic methods of landscape evaluation of wind power facilities are unsatisfactory. Therefore, when evaluating the landscape of wind power facilities, the scale of wind power facilities, the inherent natural characteristics of the area where wind power facilities are set up, and the distance between wind power facilities and overlook points are important elements to consider. In addition, wind power facilities are set in the natural environment, which needs to be protected. Therefore, from the landscape perspective, it is necessary to study the landscape of wind power facilities and the surrounding environment.