Theoretical Study on Drilling Wood to Make Fire and Design of Auxiliary Device

Proceedings of the 2019 International Conference on Precision Machining, Non-Traditional Machining and Intelligent Manufacturing (PNTIM 2019) Pub Date : 2019-11-01 DOI:10.2991/pntim-19.2019.26

Liu Wenhui, Cao Wei, H. Javed, Han Zhao

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Abstract

Human beings have known the phenomenon of friction for a long time, among which "drilling wood to make fire" is one of the earliest methods to make use of friction. From the point of view of human history, human understanding, use and mastery of fire is the first practice for human beings to understand nature and make use of nature to improve production and life. Drilling wood to make fire is an important symbol of human beings from barbarians to civilization. In this paper, the selection, treatment and fire conditions of "drilling wood for fire" wood material are studied by using tribological theory, and a simple auxiliary device is built to verify the actual friction fire process. In this paper, drilling wood to make fire is raised to the height of scientific research, and drilling wood to make fire is closely related to tribology. After the experiment, the designed simple device can meet the requirements, and the open fire can be produced in the expected time. Keywords-Drill Wood to Make Fire; Friction to Make Fire; Fire Device

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钻木取火的理论研究及辅助装置设计

人类很早就知道摩擦现象，其中“钻木取火”是最早利用摩擦的方法之一。从人类历史的角度来看，人类对火的认识、利用和掌握是人类认识自然、利用自然改善生产生活的第一次实践。钻木生火是人类从野蛮走向文明的重要标志。本文运用摩擦学理论，对“钻木取火”木材材料的选择、处理及着火条件进行了研究，并搭建了简单的辅助装置，对实际的摩擦着火过程进行了验证。本文将钻木取火上升到科学研究的高度，而钻木取火与摩擦学有着密切的关系。经过实验，所设计的简易装置能够满足要求，并能在预期时间内产生明火。关键词:钻木生火;摩擦产生火;消防设备

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Proceedings of the 2019 International Conference on Precision Machining, Non-Traditional Machining and Intelligent Manufacturing (PNTIM 2019)

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