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그로브 제스처 센서를 활용한 모션 및 음성 인식 스마트 미러에 관한 연구
최희태,고창훈,정지민,신예슬,박형근 한국전자통신학회 2023 한국전자통신학회 논문지 Vol.18 No.6
This paper presents the development of a smart mirror that allows control of its display through glove gestures and integrates voice recognition functionality. The hardware configuration of the smart mirror consists of an LCD monitor combined with an acrylic panel, onto which a semi-mirror film with a reflectance of 37% and transmittance of 36% is attached, enabling it to function as both a mirror and a display. The proposed smart mirror eliminates the need for users to physically touch the mirror or operate a keyboard, as it implements gesture control through glove gesture sensors. Additionally, it incorporates voice recognition capabilities and integrates Google Assistant to display results on the screen corresponding to voice commands issued by the user.
4극 이방성 Sr페라이트·플라스틱자석의 제조에 관한 연구
최희태,문현욱,신용진,진성빈 明知大學校 産業技術硏究所 1995 産業技術硏究所論文集 Vol.14 No.-
This thesis deals with the fabrication of 4 poles anisotropic Sr ferrite plastic magnets. After Polyamide6 and polyamide12 are kneaded respectively with Sr ferrite powder, silane coupling and calcium stearate of lwt% are added for coating and pelleting. The pelleted specimen injection-moulded under magnetic field using 4 poles mould. In the case of using polyamide6 as a binder, for 4 poles anisotropic Sr ferrite plastic magnets the surface magnetic flux density distribution is +943.8∼-943.8kG and the deviation is 5.2%, polyamide12, the distribution is +1040.9∼-1040.9KG and the deviation is 5.4%.The magnet distribution shows stability. As the results of experiments, we find 4 poles anistropic Sr ferrite plastic magnets have properties as the materials appropriate for manufacturing magnet type synchronous motors.
崔熙太,愼鏞璡,徐康壽 明知大學校 産業技術硏究所 1989 産業技術硏究所論文集 Vol.8 No.-
This paper is studied on the measurement of magnetostriction of an alloy ribbons tensile force, via measuring the response ar the double frequency of the driving field frequency. The experiments with both crystalline magnetic material,(??)-Fe and amorphous magnetic material. ??, proved that the possibility in this paper can measure magnetostriction with ease and high accuracy.
愼鏞璡,崔熙太,鄭炳杜 明知大學校 産業技術硏究所 1987 産業技術硏究所論文集 Vol.6 No.1
This paper is studied on the hysteresis loss and the permeability of crystallized magnetic materials, 6.5% Si-Fe, 6.5% (Si+Al)-Fe alloys and amorphous, ?? alloys, which is made by rapidly quenched method. As results from the experiments, the value of the permeability is very high (about 10⁴), and which is decrease with frequency increasing. And, in the frequency characteristics and hysteresis loss, the amorphous is more excellent and sensitive than 6.5% Si-Fe alloys.