Mangali, John Romy A.  <br/><br/>
Remote controlled street disinfectant machine/  
John Romy A. Mangali, Jondale S. Aspiras, John Christian B. Aban, John Andrew L. Solano, and Joseph Samue; V. Andrin .-- 
 - Manila:   Technological University of the Philippines,   2022 
 - xi, 102pages:   29cm.  
<br/><br/> Bachelor's thesis 
<br/><br/>College of Industrial Technology .-- 
<br/><br/>Includes bibliographic references and index. 
<br/><br/> The remote-controlled disinfecting machine can help to have an easier way of disinfecting,<br/>save time and effort, both which are favorable in the health of the operator. The main<br/>objective of this study was to create a disinfectant machine that can be controlled remotely<br/>from 8-10 meters away. The machine can carry chemicals and powered by a 12-hour<br/>battery. It can run for up to 12 hours continuously and can carry 16 to 20 litters of<br/><br/>disinfecting chemicals. The machine can be controlled remotely from afar via a remote-<br/>control. The process of disinfection can be comparable to the process of fumigation, which<br/><br/>uses a spraying nozzle to produce a mist. Test results had shown that the machine is<br/>functional in terms of spraying capability, mobility, and disinfecting efficiency. It can be<br/>remotely control within 8 to 10 meters distance. It can spray mist within 1000cm in both<br/>sides and can carry 16 to 20 litters of disinfectant chemical. The machine is fabricated using<br/>angular steel bar measured of 120cm width, 180cm length and height of 120cm and weld<br/>together ensure the durability of the machine. The machine is functional during the<br/>evaluation; the respondents have given an excellent descriptive rating with a total mean of<br/>4.53. 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Electrical engineering technology <br/>Machine development <br/>Engineering technology 
<br/><br/><label>LC Class. No.: </label>BTH TK 146   / M36 2022