Modifikasi Desain Konstruksi Alat Bending V Dengan Sistem Hidro Pneumatik

Rusdi Nur, Muhammad Arsyad Suyuti, Arial Arial, Farid Hidayat Arfa, Andi Fadel Ahmad
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Abstract

Many forms of technological development aim to answer the need for human work efficiency, so an effective technology development effort is very necessary. As the times progress, of course, there are many changes, especially in science and technology, which may have shifted completely in the industrial area, meaning that in this change it is necessary to require extra operations, namely human labor replaced by machine power. One of them is a plate bending machine or what is called a bending machine. The purpose of this program according to the formulation of the problem above is to maximize the drive system and bending system so that the bent plates form a 90° angle. This research includes several things such as sketching or drawing of bending tools to be modified, as for what we modified, namely the replacement of the top and a larger bottom plate so that the pressing system functions properly, as well as the replacement on the spring so that it matches the load received by the spring. After determining the form of the construction design of the plate bending tool, then determine the concept of each main component of the plate bending tool in order to get maximum and good bending results. The data from the test results of this portable bending tool were tested with different plate thicknesses, namely 2 mm, 3 mm and 4 mm plates. Tests were performed on each thickness using the maximum bending line. Based on the tests carried out using this bending tool that the drive system works optimally and the bending system works properly and the maximum bending on a plate with a thickness of 4mm can be bending at the right angle of 90° is said to work optimally.
V - splating施工工具与水电系统的改进
许多形式的技术开发都是为了满足人类工作效率的需要,因此有效的技术开发工作是非常必要的。当然,随着时代的进步,有很多变化,特别是在科学和技术方面,这可能完全改变了工业领域,这意味着在这种变化中,有必要要求额外的操作,即用机器动力取代人力。其中之一是板材折弯机或所谓的折弯机。根据上述问题的公式,本方案的目的是最大限度地利用驱动系统和弯曲系统,使弯曲板形成90°角。这项研究包括了几件事情,比如绘制要修改的弯曲工具的草图或图纸,至于我们修改的,即更换顶部和更大的底板,使冲压系统正常工作,以及更换弹簧,使其与弹簧接受的载荷相匹配。在确定弯板工具的结构设计形式后,再确定弯板工具各主要部件的概念,以便获得最大和良好的弯板效果。该便携式折弯工具的测试结果数据采用不同的板厚进行测试,即2mm、3mm和4mm板。使用最大弯曲线对每种厚度进行测试。利用该弯曲工具进行的试验表明,驱动系统工作良好,弯曲系统工作正常,在厚度为4mm的板材上弯曲90°直角的最大弯曲量为最佳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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