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Optimum Design for Multi-angle Kitchen Grater Mechanism for Biodegrading Kitchen Waste

机译:用于生物降解厨房垃圾的多角厨房​​刨丝器机构的优化设计

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The study presented in this report is regarding on the conceptual design of the grater machine which meant to shred food wastes into small and fine size particle. This study will focus on the waste management factor of the food waste produced in the home kitchen. A study is conducted to compare the most suitable material and geometric shape of the grating blades by comparing with similar existing devices in the market. The chosen material and blade design are to be evaluated for its characteristics and performance by using the FEM method. The analysis is taking all the constraints regarding the design as well as its advantages are to be considered in designing a new grating blade for the optimum end product making. This design derived through in the consideration for the home application rather than domestic use. This brings the meaning that the compact and small size design. With the detailed evaluation of the stress reaction on the blades to provide the safety and sustainability factor of the device as well as the people that is using the device.
机译:本报告中提出的研究涉及刨丝器机的概念设计,意味着粉碎食物废物成小而细小的粒子。本研究将专注于家庭厨房食品废物的废物管理因素。通过与市场上类似的现有设备进行比较,进行研究以比较光栅叶片的最合适的材料和几何形状。选择的材料和刀片设计将通过使用FEM方法来评估其特性和性能。分析正在考虑设计新的光栅叶片以实现关于设计的所有约束以及其优点,以实现最佳最终产品制造。这种设计通过考虑家庭应用而不是国内使用来源。这带来了紧凑且小尺寸的设计意义。通过详细评估刀片上的应力反应,为器件的安全性和可持续性因子以及使用该装置的人们提供的。

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