Development of Horizontal Warping Wheel Machine
Main Article Content
Abstract
Yarn warping preparation is called “warping”. Warping is a step in the yarn preparation process aimed at obtaining suitable yarn length and the desired number of yarn strands. Warping is both important and difficult, because the step requires labor and long periods of time in practice. This study, therefore, was aimed at solving these problems by designing a warping machine which reduces the distance that the operators need to walk during the process, rendering the warping process more convenient, less time-consuming, and less labor-intensive. This study designed a prototype of a warping machine which relied on the rotation of a horizontal, cylindrical warping wheel to wind the yarns. The wheel can rotate in both clockwise and counterclockwise directions. The warping wheel contained two main moving parts, namely, the movement of the wheel (rotating) and the movement of the ball screw with the linear guide (moving along the wheel). The utilization of the horizontal warping wheel machine demonstrated a 56.45% decrease in the time required for warp preparation, a reduction of 66.66% in the number of wheel operators, and a complete elimination of the distance operators had to walk during yarn warping, as compared to the traditional warp preparation method.
Article Details
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
The content and information in the article published in Journal of Rajamangala University of Technology Srivijaya It is the opinion and responsibility of the author of the article. The editorial journals do not need to agree. Or share any responsibility.
References
Auekarn, C., Ngamsnit, S., Pinyoanuntapong, N. and Lertphanich, P. 2014. The guidelines for thai textile industrial promotion and development for global competition. Journal of Graduate Studies Yalaya Alongkorn Rajabhat University 8(1): 35-50.
Chaodon, K., Pimsalee, T. and Phummiphan, N. 2020. A Development of an Automatic Handmade Mudmee Cotton Machine. Vocational Education Innovation and Research Journal 4(1): 10-16.
Joungtrakul, J., Na-Nan, K., Chaiyasoonthorn, W., Prawatmuang, R., Tharaphutthi, P., Tanwongwan, S., Meensuk, S. and Thongkalaya, B. 2021. An Alternative Approach to Developing an In-Depth Interview Guide for Data Collection in Qualitative Research. Journal of Management and Marketing 8(2): 1-16.
Mangkara, S. 2016. The Semi Automatic Thread Winding Machine. Thai petty patent No. 12124. (in Thai)
Nithikarnjanatharn, J., Rithinyo, M., Taysongnoen, K. and Mayai, A. 2016. Research Report on Control system for the process of cocoon silk of the community enterprises silk. Rajamangala University of Technology Isan, Nakhon Ratchasima. (in Thai)
Nualkhaw, T. 2007. Textile weaving with loom specific of Ta Mhuk pattern: a case study of weaving activity group, Ban Prakha, Prakha sub-district, Khuan-khanum district. Graduate Diploma Program (Graduate Volunteer), Thammasat University. (in Thai)
Nuejantha, N., Wongkasem, K. and Poomsaad, N. 2018. Machine Development for Weaving and Pattern Recognition, pp. 314-320. In 14th Mahasarakham University Research Conference. Mahasarakham, Thailand. (in Thai)
Phasuk, S. 2002. Handwoven Thaisilk. Odeon Store, Bangkok. (in Thai)
Rithinyo, M., Lonkuntos, N., Ounthaisong, A. and Insorn, W. 2017. The Development of Silk Weft Preparation Machine by ECRS Technique. UBU Engineering Journal 10(2): 52-61.
Rittibunyanan, S. 2013. Change of hand-woven fabric from consumption-oriented to market-oriented: case of Ban Song Plueay, tambon Hai Yong, Phang Khon district, Sakon Nakhon province. Graduate Diploma Program (Graduate Volunteer), Thammasat University.
Srisuk, S. 2021. Horizontal Warping Wheel Machine. Thai petty patent No. 17686. (in Thai)
Sumankere, S. and Promlawan, K. 2007. Research Report on Development Weaving Room and Addition Heddle about 6, 8, 10 Heddles. Rajamangala University of Technology Rhra Nakhon, Bangkok. (in Thai)
Swangpol, T., Soottiwayaylarkul, P., Polsawat, A., Boonma, N., Noramat, S., Wongcharearn, S. and Viboonkittanakorn, D. 2018. Development of semi-automatic traditional silk weaving machines for small and medium enterprise. Apheit Journal 7(1): 104-119.
The Queen Sirikit Institute of Sericulture. 2009. Thai Silk: Cultural Heritage. Institute, Bangkok. (in Thai)
Wongwian, C., Sagulpongmalee, K. and Inyasri, C. 2021. Propeller Mass Reduction of the Electric Motor in Ring-spinning Machine in Textile Industry for Energy Saving. Thai Industrial Engineering Network Journal 7(2): 111-117.