Enormous flocks by the reduced life cycle of products caused by the technological innovation if later 20 century, development of new materials and diversified demands of customers appeared as the pressing element causing the trouble in management of companies, and when considering the logistic costs that are imposed to companies in terms of function, the costs related to the stock topped the list of costs, followed by the transportation ones, and for pallet pool system, inventory of stocks is very difficult by the number of companies. Reducing the logistic cost may be accomplished by numbers of logistic management methods, but the most fundamental and essential one is the accomplishment of the consistent pallet system that is the core of unit load system, and the purpose of consistent pallet system is the treatment of logistic functions such as transportation, storage and unloading with consistent pallet system, and increasing the turnover ratio is required for the improvement of the system. As the turnover ratios is increased, more pallets will be used so, numbers of empty pallets will be increased accordingly by returning the pallet. Therefore, in this study, we will establish the effective stock management system by comparing with the other existing stock management system after looking at the concept and examples of pallet full system in order to resolved this kind of problem.

우리나라의 산업안전 ·보건 수준은 ＇81년 산업안전보건법이 제정됨으로써 획기적으로 발전하여, 80년대부터 산업재해 발생율이 감소추세를 보여왔다. 정부정책 측면에서 보면, '80년 이전까지는 주로 사후 보상문제에 치중하였고 산업안전보건법이 제정된 이후부터 본격적인 재해예방 정책이 수립 ·추진되기 시작하였다. 그러나, 이러한 변화 속에서 사업장 안전 ·보건관리 체계는 규제완화에 따른 안전보건관리체계 약화, 안전보건관리체계의 중복, 법집행의 실효성 미약, 공공-민간의 효율적인 역할 수행체계 미흡, 근로자의 참여부족 등 많은 문제점들을 안고 있다. 따라서 본 논문에서는 미국, 영국, 독일, 일본 등 우리보다 앞서있는 선진국의 산업안전보건체계를 재해통계제도, 안전보건 관련법, 재해예방기관의 활동 등의 측면에서 살펴보고 우리나라의 관리체계와 비교하여 개선 및 발전 방향을 모색하고자 하였다.

In human life, clothing, shoes and appliance are necessary and it"s importance is getting higher for better life. This paper is for standard of South and North Korea clothing, especially size. It is analyzing and comparing KS K 0050-0052 (which is south korea industrial standard) and KPS 8477.1~3, 8477.6, 8477.9, 10253 (which is north korea"s). With this research, it is found the difference and sameness, then this paper suggests the method for combining two different standard systems.

The current research whose focus is limited on the Service and non-profit industries. For example schools(university), hospitals, banks, etc. Manufacturing industry is foundation of Korea industry. This study analyze and measure efficiency of manufacturing industries by using the DEA(Data Envelopment Analysis). This result is expected to provide the positive evidence useful to enhancing the competitiveness of manufacturing firms in korea.

With agreement from the US, EU, and other countries, China joined in WTO(World Trade Organization) on December 1, 2001. So it is expected that Korea will not expand bilateral trade but also face severe competition with China for world and Chinese market.

Our study emphasizes the importance of the review of the manufacturing industry in order help them make right decision and despite many previous methods for analyzing productivity, we were coming to analyze the efficiency of the industry with Date Envelop

The use of industrial robots has been one of the most important innovations in production technology in recent years. It is true that robotic techniques, as applied to hazardous operation in industry, have reduced the risk of injury and occupational disease among workers. However, new types of occupational safety and health risks, associated with unpredictable motion patterns and erratic idle times and serious injuries and deaths have occurred due to operator misperception of these robot design and performance characteristics. This paper provides an overview of ergonomic and safety issues which are important in the design of robotic workspaces. Particularly, this study uses MORT(Management oversight and risk tree analysis)as the system's safety technique applied to robotics.

It has been Management for stabilize Enterprise-Management for Economic demand for to Productivity, Automation, customer satisfaction, Especially Semiconductor-Industry has been, potential-risk in working to factory to machine equipment, all kinds of utility, gas, chemical, electronic, Fire. This study of basic-purpose has Research Different From as Follow to analysis and Solution For semiconductor product Factory of a actual point Data and specific-gravity to Relation for company-Injury. 1. It has been try to Injury-Tendency and cause-Analysis for our County-Manufacture-Occupation. 2, Semiconductor Injury of Actual-condition in Enforcement for problem and Analysis that Injury Problem has occupated it Submitted to Solution for ordinary Injury theory View to point Solve at for New Model has applicated to that nilem for processed to Solution.

분말사출성형(PIM, Powder Injection Molding) 기술은 금속, 초경 또는 세라믹 등과 같은 소결 가능한 분말을 유기결합체와 혼압하고 이를 기존의 사출성형법을 이용하여 일정한 형상으로 성형한 다음 결합제 제거정 공정을 거처 최종 고온 소결함으로써 3차원의 복잡한 형상의 부품을 후가공 없이 정밀하게 대량 생산 할 수 있는 신분말 성형 기술이다.기계 , 항공,전자정보,반도체,의료 등의 제반 분야에서 산업 및 생활기기들이 초소형화, 초정밀,