设计一台建筑材料评估机器,传输塔形传动系统最高可容纳500磅(250公斤)的起重机系统

Alaya Fadllu Hadi Mukhamad, Seno Darmanto, Firdaus Kurniawan Haqni
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引用次数: 0

摘要

材料碎纸机在建筑工程中用于将材料从起始点移动到预定点。这种修边机采用一种或系统的起重机滑轮。在建筑世界中,它很少能用于各种地形,无论是平坦的地形,山谷的地形,还是丘陵的地形。因此,本文从几个方面考虑,确保150 kV输电塔的建筑材料升级/转移过程能够在平坦地形到山谷、丘陵等困难地形上顺利进行。物料撕碎机的设计过程包括设计、刀具制作、刀具测试三个阶段。设计过程包括几个阶段,即现场审查和支持系统和原材料的可用性。制造过程是对预定设计中已经存在的材料进行组装。在对该工具进行测试的过程中,采用了直接在现场进行测试的方法,使所呈现的数据是真实的加载数据。材料钻机发动机最大承载能力250kg,最高有效工具承载能力12424kg /小时,燃油消耗高达0.91升/小时。关键词:设计与施工,Solidworks,物料输送工具,移动机械,物料移动机
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rancang Bangun Mesin Pelangsiran Material Konstruksi Tower Transmisi Sistem Crane Pulley dengan Kapasitas Maksimal 250 kg
Material shredders are used in construction projects to move materials from the starting point to the intended point. This trimming machine uses a type or system of crane pulley. In the world of construction, it can rarely be used in various terrains, whether flat terrain, valley terrain, or hilly terrain. Therefore, this paper aims to ensure that the process of upgrading / transferring the construction material of the 150 kV transmission tower can run well on flat terrain to difficult terrain such as valleys and hills based on several consideration factors. The design process of the material shredder consists of three stages, namely design, tool making, and tool testing. The design process consists of several stages, namely field review and the availability of supporting systems and raw materials. The fabrication process, carries out the assembly of materials that are already available by the predetermined design. The process of testing the tool, using the test method directly in the field so that the data presented is real loading data. The material drill engine can be used well in the field with a maximum carrying capacity of 250 kg with the highest effective tool capacity of 12,424kg/hour and fuel sed as much as 0.91 liters/hourKeywords : Design and Construction, Solidworks, Material Transfer Tool, Shifting Machine, Material Mover
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