This thesis deals with the effect of the design on hand tools. In the first theoretical part of this thesis, individual manual operations carried out during manufacturing are being further analyzed. The next part then focuses on the individual aspects of the product design and its influence on the hand tools. Followed by the processing of achieved parameters in handwork. The experimental part of this thesis deals with adjustments of the tap wrench´s handles made for manual cutting of internal threads. The utilization of the material when selecting a semi-finished product from blanks as well as the evaluation of the manufacturing in this way itself are also closely described in this part.

This thesis, in its theoretical part deals with the process of cutting, abrasion-resistant layers properties and their contribution to increasing of cutting properties. The second part of the thesis is experimental. It aims to determine, compare and subsequently evaluate cutting properties of threading tools using matrix taps with different types of PVD coatings. During implementation of the experiment, constant cutting conditions have been ensured and the only variable was the different types of coating layers. Outcome of the experiment is measurement of cutting torques in relation on time and rate of wear of cutting tools.

本報は，雌ねじ切り工具であるスレッドミルを使用した雌ねじ切り加工を研究対象としている．スレッドミル加工の特性やねじ精度について，切削力や加工温度を計測し解析することで検討をおこないその結果を記載している．計測には無線ホルダやサーボドライブユニット等の最新のIoT技術も使用することで，近年増加傾向にあるIoT技術の適応も試みた． / 博士(工学) / Doctor of Philosophy in Engineering / 同志社大学 / Doshisha University