Possible Applications of Microprocessor Systems in the Future

• Main Authors: Yuan Jones, 苑瓊書
• Other Authors: Huang, Jen-Hung
• Format: Others
• Language: zh-TW
• Published: 2018
• Online Access: http://ndltd.ncl.edu.tw/handle/95zp2n

碩士 === 國立交通大學 === 管理學院管理科學學程 === 106 === At present, most of the robots are robots with fixed-type bodies and various functional accessories. The smaller ones have fewer functions, but they can operate in small spaces. The larger ones have more functions, but Can't work in a small space. Smaller ones cannot carry large batteries; large ones are not easily deformed according to the environment to facilitate exercise or continuous work. The robot's work in a far-reaching or narrow place is limited by the battery power it carries and cannot be long-lasted. It must be shortened during the exhaustion of power and the required power consumption in the return path. This paper develops a robotic stage micro-processing model system with highly flexible length and function, and has a power generation function module, which enables the stage to double the working time, and its application flexibility exceeds that of most existing robots. If the design concept is further miniaturized by the miniaturization project, it will be able to enter a smaller field for more engineering, commercial, military, research and medical special applications. After the successful development of the robotic platform, customers can be promoted and marketed to schools, laboratories, research institutes, military police, robot kit retailers, scientific educational toy developers, etc., using various relevant theories of marketing management to develop the market and Customers to create economic benefits. Keywords: microprocessing system, robot