가전제품 도어를 위한 기능성 힌지의 최적화에 관한 연구 = Study on the optimization of screw cam-spring frictional hinge mechanism for appliance

다국어 초록 (Multilingual Abstract)

The hinge module that is applied to Appliances connects the door and the cabinet. it was shaft to be rotated by weight of door, but has evolved in the direction of improving the safety and ease of use. so these days commonly used hinge is made of friction torque mechanism using a screw-cam and spring, it makes door be opened and closed smoothly. However, friction torque mechanism has problems because of using Appliances for the long time . The biggest problem is causes safety problem that free falling of door hit user hands .it is because of the change in the elasticity of the spring. so, To find the direction of improvement of this problem hinge screw - spring frictional mechanism, design theory of screw cam and compression spring is presented .Based on design theory , An example of optimization by response surface methodology (RSM) is presented.

목차 (Table of Contents)

• Contents
• Abstract………………………………………………i
• Contents………………………………………………ii
• List of Figures……………………………………v
• List of Tables………………………………………vi
• 1. 서론……………………………………………………………1
• 1.1 연구 배경………………………………………………1
• 1.2 연구 목적 및 내용……………………………………3
• 2. 설계 이론…………………………………………………5
• 2.1 힌지 구조와 작동원리……………………………5
• 2.2 스크류 캠의 설계……………………………………6
• 2.3 압축 스프링의 설계…………………………………13
• 3. 실험계획법을 이용한 최적화…………………………17
• 3.1 실험 계획법의 개요…………………………………17
• 3.2 반응 표면법의 개요…………………………………18
• 3.3 다중 반응 최적화의 개요……………………………20
• 4. 힌지 불량 개선을 위한 스프링 최적설계.................21
• 4.1 복수의 반응함수의 정의와 설계변수의 선정………21
• 4.2 요인 설계…………………………………………23
• 4.3 요인 분석…………………………………………26
• 4.4 스프링의 최적 설계를 위한 회귀모델…………30
• 4.5 스프링 설계의 다중반응 최적화………………31
• 5. 스프링과 스크류캠의 최적상양.....................37
• 6. 결론 및 향후 과제 ……………………………39
• References.………………………………………40