外文翻译---基于SLP法的工业生产线布局改善

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1、原文题目： Improvement of Industrial Production Process Design Using Systematic Layout Planning 基于 SLP 法的工业生产线布局改善 Nika FAFANDJEL， Rajko RUBEA， Tin MATULJA Abstract Modern industrial production processes, including also shipbuilding processes, are expected to deliver products or interim products on time

2、with acceptable price and required quality. For instance, production of pipe units in shipbuilding industry that use conventional methods, characterized by high content of human work per pipe unit, cannot satisfy these requirements. To increase productivity it is necessary to introduce CNC machines

3、and robotized lines that will also enhance production process capacity. Accordingly, optimal machines layout to ensure production and technological process with maximal capacity potential should be defined.Therefore, for production process design improvement, the employment of Systematic layout plan

4、ning procedure is proposed. SLP procedure is used for defining optimal machines and jobs layout within the production process. Improvement of production process design using proposed procedure has been tested through basic design for new pipe production workshop within a particular shipyard Keyword：

5、 pipe workshop； production process design； shipbuilding； Systematic layout planning（ SLP） 摘要 现代工业生产过程包括船舰生产被希望能够准时的提供产品或者中间产品，并且需要提供合理的价格和要求的质量。 例如船舰制造里面的管道生产采用传统方法，每个管道的生产都需要大量的人员，从而不能满足现代工业生产的需求。为了提高生产效率很必有要引进 CNC 机器和机器人生产线，同时还能增强生产线能力。 因此，应该改善生产线机器设备布局来确保产量并且应该事先预测最大可能的产量。 因此， 建议使用 SLP 法对于生产线布局改善

6、设计 。 SLP 法用于确定生产过程中最优的设备布局和工艺布局。使用 SLP 法进行 布局 改善设计 已经在一个生产管道的特定造船车间经过测试。 关键词： 管道生产车间；生产线布局设计；造船业 ； SLP 法 1.绪论 （ Introduction） From present industries, focusing on shipbuilding is expected to deliver to owners a quality product i.e.ship, on time and at the market price. To obtain these requirements,

7、existing shipyards need to improve productivity and efficiency through plementation of new technologies and reorganization. It can be achieved by using new ethodologies and approaches to design particular shipbuilding process segments with the objective to reach acceptable solutions. 目前集中于造船业的工业被期望能

8、够提供有“质量”的产品比如较为便宜的能够准时交货的船舰。为了满足市场的这些需求，现有的造船厂需要通过采用新技术和结果重组来提高生产能力和生产效率。这些目标都可以通过使用新的设计方法重新设计造船中的生产线过程布局达到。 There are several ways to improve production:eliminate waste, improve flow, reduce material handling,plan for growth and expansion, built-in flexibility. 提高生产能力有许多方法：消除浪费，改善流动性，减少材料处理，为产量的扩张做

9、计划，设计灵活柔性生产线。 Production of pipe units in shipbuilding industry using conventional methods characterized by high content of human work per pipe unit cannot give good results towards the objectives of increasing productivity and obtaining higher production quality levels. In this respect, every shipy

10、ard, which has the intention to remain present in the world market, considers various possibilities for decreasing the content of human work per unit of the final product. 造船业的管道生产采用传统的方法和大量的人力不能提高产量和质量。在这种情况下，各个企业为了保持自己在国际市场的地位，想尽各种办法减少人力的消耗。 One of the possibilities in this way of increasing produ

11、ctivity and shortening production time within a shipyard is the introduction of modern robotized lines for pipe units production i.e. modernization and reorganization of present state 制造企业采用这种方法提高产量，减少生产时间的一种可能性就是引进现代机器人进行管道生产，即现代化和重组生产线。 Shipyards equipped with machines and tools with high content

12、of manual work will be faced with problems during the process of changing type of production from conventional to modern pipe unit production line. It can be related to the fact that the complete technological process should be changed, starting from the design stage, work based breakdown structure,

13、 production planning and production itself . 拥有大量人工操作的机器和工具的工厂将面临生产线由传统向现代转变的问题。企业不得不面对这样一种事实：所有的生产过程被改变，开始新的布局设计，解体以前的工作结构、规划和生产。 Complexity of building a ship-piping system can be solved through a variety of potential solutions depending on the level of development for piping design and production. 建立一个船的管道系统的复杂性可以通过基于管道设计和生产的多种可能