都立産業技術高専の資源を活用した中小企業技術者教育

Among small and medium-sized companies, it is considered essential to activate the basic manufacturing industry supporting the advanced technologies of major companies (supporting industry). For this activation, reliance on skills is not enough; it is also necessary to develop unique technologies of high novelty based on the latest scientific knowledge by making effective use of existing technologies available to small and medium-sized companies. We consider that the key to this activation is the cultivation of new human resources.The Tokyo Metropolitan College of Industrial Technology (TMCIT) is located in the heart of the Keihin Industrial Area, where many small and medium-sized companies are integrated. By assuming future production based on digitization, the Production Systems Engineering Department of TMCIT adopted 3D CAD for design education from the beginning, and has been promoting an education system of digital production using these databases. With the consideration that the advanced facilities at TMCIT will contribute to local small and medium-sized companies, we have been cultivating new engineering talent for these companies since 2006. This report will introduce the content and effect of this education

A922 Sequential measurement of 1 hour creatinine clearance (1-CRCL) in critically ill patients at risk of acute kidney injury (AKI)

Meeting abstrac

Prediction of insertion loss of detached houses against road traffic noise : Prediction formula considering the heights of buildings and receiving point

In the Environmental Quality Standards for Noise in Japan (EQS), the problem of environmental noise at areas facing roads is evaluated by obtaining the number and the rates of buildings at which noise levels exceed the standard value. The Standards allow for the estimation of noise levels, instead of requiring actual measurements, in cases where taking actual measurements would be difficult. In order to estimate noise levels，to grasp insertion loss of buildings in an evaluated area is needed. As the above background, the authors proposed in the previous study a method to predict insertion loss of detached houses against road traffic noise based on a point sound source model named as F2012 when the heights of houses and receiving point are 10m and 1.2m, respectively. This paper aims to expand it applicable to different heights of houses and receiving point to apply F2012 to the evaluation of EQS in residential areas