Design Pandan Weaver Machine Controlled Automatically Based On Microcontroller Arduino Uno
Jaya, Hendra · Eprints (Universitas Negeri Makassar) · 2017
Abstrak: Pandan Leaves weaver engine technology as an alternative and a solution to improve industrial productivity at Kaluku Bodo village that is now getting worse and the marginalized. This deterioration is due to increasingly lower turnover due to the many similar products are mass produced by modern factory producing a mat of synthetic material. The advent of factories capable of producing mass goods is a common mechanization process of a science and technology development. Therefore, the need for innovation in the field of technology that can cope with such conditions, including through the design of pandanus weaver engine technology that can improve the productivity of industrial mats and have a value and high competitiveness. Proposed settlement of the problems are as follows: 1) Production results craft woven mats are of high quality so that it can be marketed to consumers and markets; 2) Design and Manufacture cooper engine that quickly and effectively and improve the skills of craft makers in operating machine woven wicker fast and with quality. The method used is to design and test the machine in accordance with the standardization of quality mat over the years. Stages of the activities to be taken include: planning concepts and design, machine design, construction, and development of shape / design, engine refinement. Furthermore, it takes a motor control that can make the rounds that drive torque so that it can perform webbing. With the initial conditions are already in the setting of sensors on the program, the microcontroller which also acts as an executor can drive actuators. This tool design consists of a power supply circuit, sensor circuit, DC motor drivers, and the minimum system of microcontroller Arduino Uno.