篇名 | Automatic Neckerchief Weaving Loom through Solar Energy |
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卷期 | 3:3 |
作者 | Chen, Mao-lin 、 Chen, Ping-jen 、 Shu, Kun-hsin 、 Zhang, Wei-jie |
頁次 | 151-156 |
關鍵字 | Neckerchief weaving loom 、 Solar cell plate 、 PLC 、 Storage battery 、 Cylinder |
出刊日期 | 201209 |
This article introduces a new innovative solar powered automatic scarf weaving loom. The mechanical structure of this machine is mainly made up of a manual system of scarf weaving with the use of a solar cell plate
and a storage cell to supply the electrical power, combined with a programmable logical controller to control the motor transmission. The kinetic energy for the scarf weaving is powered by the rechargeable battery connected to the solar panel and with the use of a switch control to prompt the mechanical shaft to drive the weaving cylinder, which the braided line follows the rotation of the weaving cylinder to perform the weaving of the scarf. This creation makes use of solar panels to create energy which is then transformed into controlled mechanical energy, promoting the performance and efficiency of the automatic scarf weaving loom and the use of a mechanical transmission structure replaces the
old manual method which is a progressive creation.