Technology of Tofu Pressing Tool With Time Delay Valve Pneumatic System

Mila Kartika, Milati Febriyani, Muhamad Ilyas Wijaya, Purnawan
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引用次数: 1

Abstract

The survey results in several tofu industries in West Java, on average, still use manual tools. The process of making traditional tofu takes a long time to press, so it requires new technology, a tool that is easier to use and does not take a long time. Technology of tofu pressing tool with time delay valve pneumatic system is here to solve this problem. This tool is an automatic pressing device designed to replace the manual press. This time delay valve system also has the advantage of being able to work automatically by itself, thereby reducing work and time spent more efficiently. The purpose of this activity was to produce a tofu pressing device technology design with a time delay valve pneumatic system for optimization of the production process. The method used in this study was Desain And Development. The stages taken are identification of the problem, describing the objectives, product design and development, product testing and evaluation of trial results, communicating the test results. Data collection techniques are observation and documentation study. The design and testing process used Inventor and Fluid SIM-P 4.0 software. This research has resulted in designs of pneumatic cylinders, pressure plates, tofu product storage containers, tool frames, and compressors. The test results show that the tofu pressing device with a time delay valve pneumatic system can increase the productivity of tofu making in the home tofu industry. Keywords—pressing, pneumatic, simulation, tofu, time delay valve
豆腐压模延时阀气动系统技术
调查结果显示,在西爪哇的几个豆腐产业中,平均而言,仍然使用手工工具。传统豆腐的制作过程需要很长时间的压制,所以需要新的技术,一种更容易使用,不需要很长时间的工具。采用延时阀气动系统的豆腐冲压工具技术就是为了解决这一问题。该工具是为取代手动压力机而设计的自动压力机。这种延时阀系统还具有能够自动工作的优点,从而更有效地减少了工作和时间。本次活动的目的是生产豆腐压制装置的工艺设计,采用延时阀气动系统进行生产工艺的优化。本研究使用的方法是设计与开发。所采取的阶段是识别问题、描述目标、产品设计和开发、产品测试和评价试验结果、沟通测试结果。数据收集技术是观察法和文献研究法。设计和测试过程使用Inventor和Fluid SIM-P 4.0软件。这项研究导致了气动气缸,压力板,豆腐产品存储容器,工具框架和压缩机的设计。试验结果表明,采用延时阀气动系统的豆腐压制装置可提高豆腐生产效率。关键词:冲压气动仿真豆腐延时阀
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