This paper presents using Newton-Raphson method calibration for planar cable robot. In cable robot there are three big error issue which are geometric error and and modeling error and non-geometric error, in this paper we just focus on first two issue. Using MATLAB simulation we found minimum of 8 pose we have to use in calibration equation and the initial vale can decrease of the iteration.
Orthodontic is important to apply the optimal orthodontic force. The orthodontic bracket is deformed and the stress caused by tension and torsion of the wire. In this study, using the ANSYS the material that is currently widely used in orthodontic bracket material of stainless steel, ceramic, titanium, polycarbonate, by applying the nitinol analyzed the strain and the stress distribution on the bracket side. Simulation results on the stress distribution and deformation, and it was found a difference of each material.
본 연구에서는 알루미늄 폼을 TDCB 형태의 시험편으로 설계하여 ModeⅡ 조건에서의 정적 거동 실험 및 전단 피로 실험을 통해 평가 및 검토하였다. TDCB 시험편 모델들의 길이와 두께는 각각 200mm 와 25mm이고, 접착면의 각도는 6°에서 12°까지 2° 간격으로 4가지의 모델을 모델링을 하였다. 세 가지 모델의 실험 과정을 데이터화한 그래프들을 비교해 보면 같은 피로하중 조건에서는 모델의 경사진 각도가 클수록 피로하중을 견딜 수 있는 사이클 수가 많은 것을 알 수 있다. 실제 실험에서와 유사한 결과를 보이기 때문에 본 연구에서 수행한 유한요소법 해석 결과에 대한 검증을 할 수 있었고, 이와 같은 방법을 이용하면 많은 비용과 시간이 들어가는 실험 대신에 시뮬레이션만으로도 그 구조적 안전성을 파악할 수 있을 것으로 사료된다.
This study is comparisions evaluation of noise between mass production bushing type and new development bushing which is wire meshed type. In vehicle, iantake system influence on the hose length, intake pass ways, mounting positions, etc. Recently, intake system which are named variable control module or variable intake system depends on engine performance, intake noise. Intake noise reduction is very important in intake system. Intake noise reductions are vary method. This study is used wire mesh bushing.
This study is to develop a core part Spindle and Nut Spindle of the electronic parking brake system. This demand is the development and launch notification referral order also commissioned state. Domestic competitors company developed and applied to workpiece of Spindle and Nut Spindle. In this study, the market advertisement is aimed over its competitors by developing cost competitiveness and quality stability through parts and components of precision forging engineering. Thus, axle measuring device system is needed to verify the reliability(fastening state of brake system) at the same time the development of Spindle and Nut Spindle. This study is performed to the following four aims. The first is the development of forging process technology for Spindle and Nut Spindle. The second is the development of mold design technology for Spindle and Nut Spindle. The third is the reliability secured technology for axle force(brake system force) of electronic brake system. The last is the development of forging and shape design simulation of Spindle and Nut Spindle.
This study is reduction to measuring error rate which checked or evaluated of overspeed euipment in the local roadway, national roadway and highway for overspeed driving vehicle. Especially, reliability of overspeed equipment is very important according to speed measurement devices between roof sensing method and radar, etc. So, this study is to measuring method and measuring devices for high reliability.
The purpose of this study is to develop an automatic inspection system for a part of the differential drive gear into the transmission. his technology will make using the Micro Vision automatic test equipment and automatic test equipment microlaser. Which you want to create a zero defect rate in the total inspection process step the product and the operator inadvertently. The equipment developed in this research project will be applied to many areas. Packaging companies, nut bolt processing company, precisely supplier for printing on top of the semiconductor, SMT, etc. The company wants to sell the vision inspection equipment for various applications. When you realize zero defect rate through this technology to secure stable orders from the parent company, it is also possible product reliability in addition to the foundation based on export opportunities. If you want to apply an automatic inspection system for domestic auto parts manufacturing company in the country is to believed to be reliable car also rise significantly.