Development of an oil suction equipment for front wheel drive/
Almojuela, Khennith N.
Development of an oil suction equipment for front wheel drive/ Khennith N. Almojuela, Khennith N. Almojuela, AI Mark Jon S. Dedicatoria, Jan Andrew S. Egloso, John Lloyd H. Ferrer, and Angelo A. Tabuzo.-- - Manila: Technological University of the Philippines, 2022. - ix, 103pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
This study, Development of oil suction equipment limited for front-wheel drive, aims for
faster draining of oil with an average time of 1 minute and 40 seconds up to 2 minutes
per liter. The prototype sucks engine oil, transmission oil, and differential oil at the same
time so that the time consumed is less. The main target of this study is a small automotive
workshop. The prototype works. First, the user needs to plug the Teflon tube into the inlet
of oil in the engine, transmission, and differential. Then the user uses the manual rotary
pump’s suction power; the user rotates the handle of the rotary hand pump from clockwise
to counterclockwise to suck manually. While suctioning, the used oil will be stored in a
polypropylene container. Then, the prototype undergoes a series of testing procedures.
However, the benefits of this study target small automotive workshops only. Then, the
project was evaluated by 25 evaluators, such as automotive professors, students, and
technicians. The prototype got a 4.52 total mean, which is equivalent to an excellent
remark. This demonstrates that the strategy is advantageous to all students, professors, and
automobile mechanics working in small shops.
Oil suction
Automotive workshop
Prototype development
BTH TL 146 / A46 2022
Development of an oil suction equipment for front wheel drive/ Khennith N. Almojuela, Khennith N. Almojuela, AI Mark Jon S. Dedicatoria, Jan Andrew S. Egloso, John Lloyd H. Ferrer, and Angelo A. Tabuzo.-- - Manila: Technological University of the Philippines, 2022. - ix, 103pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
This study, Development of oil suction equipment limited for front-wheel drive, aims for
faster draining of oil with an average time of 1 minute and 40 seconds up to 2 minutes
per liter. The prototype sucks engine oil, transmission oil, and differential oil at the same
time so that the time consumed is less. The main target of this study is a small automotive
workshop. The prototype works. First, the user needs to plug the Teflon tube into the inlet
of oil in the engine, transmission, and differential. Then the user uses the manual rotary
pump’s suction power; the user rotates the handle of the rotary hand pump from clockwise
to counterclockwise to suck manually. While suctioning, the used oil will be stored in a
polypropylene container. Then, the prototype undergoes a series of testing procedures.
However, the benefits of this study target small automotive workshops only. Then, the
project was evaluated by 25 evaluators, such as automotive professors, students, and
technicians. The prototype got a 4.52 total mean, which is equivalent to an excellent
remark. This demonstrates that the strategy is advantageous to all students, professors, and
automobile mechanics working in small shops.
Oil suction
Automotive workshop
Prototype development
BTH TL 146 / A46 2022