Development of a compact and portable rice milling machine with case integration/ Charlottejane S. Aboga, Marvin A. Cenidoza, Salvador P. Gracilla Jr, Aldrin Y. Mañalac, Rachelle T. Rodriguez, and Christian Dave P. Tizon.--

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Aboga, Charlottejane S [author]

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Material type: Text

TextPublication details: Manila: Technological University of the Philippines, 2025.Description: xiii, 104pages: 29cmContent type:

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BTH TJ 145 A26 2025

Dissertation note: College of Industrial Technology.-- Bachelor of technology major in mechanical engineering technology: Technological University of the Philippines, 2025. Summary: Rice milling machines allow farmers to easily store and move their machines. The rice milling machine comes with a carrying case for easy transportation and storage. The carrying case features wheels at the bottom to reduce the burden on farmers when moving. Additionally, the machine can be set up in under 5 minutes. All the machine's parts are contained within the carrying case and can be easily detached. The researchers collected a variety of rice milling machines by visiting different machine shops, ranging from small to large machine shops in Quiapo, Manila. Ranging in size from the smallest to the largest, they were all stationary machines that would be difficult to move whenever necessary. Due to its design, it was challenging to transport and required a considerable amount of time to set up. The researchers developed a machine that is simple to assemble and move to assist farmers with this concern. This machine can be operated by anyone, including students in the same field of work, as well as those with no prior experience in using rice milling machines. This prototype has been tested for both functionality and durability. Regarding the results for 60kg of rice, in terms of output capacity, it yields 67.92% head rice. As for the blower test results, it has a blower loss of 19.25 kg and an impurity level of 32.08%. For energy consumption, it took 31 minutes and 14 seconds to process the entire 60 kg of rice, resulting in 0.39 kWh of energy consumption. This study also underwent an evaluation of 30 respondents who have experience and knowledge in rice milling. The overall mean rating of the machine was 4.42, indicating a descriptive rating of "very good." The prototype was proven to have achieved its purpose as a compact and portable rice milling machine with case integration. Keywords: carrying case, compact rice milling

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Item type	Current library	Shelving location	Call number	Copy number	Status	Date due	Barcode
Bachelor's Thesis CIT	TUP Manila Library	Thesis Section-2nd floor	BTH TJ 145 A26 2025 (Browse shelf(Opens below))	c.1.	Not for loan		BTH0006733

Bachelor's thesis

College of Industrial Technology.-- Bachelor of technology major in mechanical engineering technology: Technological University of the Philippines, 2025.

Includes bibliographic references and index.

Rice milling machines allow farmers to easily store and move their machines. The rice
milling machine comes with a carrying case for easy transportation and storage. The
carrying case features wheels at the bottom to reduce the burden on farmers when moving. Additionally, the machine can be set up in under 5 minutes. All the machine's parts are
contained within the carrying case and can be easily detached. The researchers collected a
variety of rice milling machines by visiting different machine shops, ranging from small to
large machine shops in Quiapo, Manila. Ranging in size from the smallest to the largest, they were all stationary machines that would be difficult to move whenever necessary. Due to its design, it was challenging to transport and required a considerable amount of
time to set up. The researchers developed a machine that is simple to assemble and move
to assist farmers with this concern. This machine can be operated by anyone, including
students in the same field of work, as well as those with no prior experience in using rice
milling machines. This prototype has been tested for both functionality and durability. Regarding the results for 60kg of rice, in terms of output capacity, it yields 67.92% head
rice. As for the blower test results, it has a blower loss of 19.25 kg and an impurity level of
32.08%. For energy consumption, it took 31 minutes and 14 seconds to process the entire
60 kg of rice, resulting in 0.39 kWh of energy consumption. This study also underwent an
evaluation of 30 respondents who have experience and knowledge in rice milling. The
overall mean rating of the machine was 4.42, indicating a descriptive rating of "very
good." The prototype was proven to have achieved its purpose as a compact and portable
rice milling machine with case integration. Keywords: carrying case, compact rice milling

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