Development of an aluminum pipe bulb changer using a 12v motor with reversible motor control for safety purposes/ Lovelie R. Evangelista, Arth Kevin C. Luces, Jhon Carlo V. Martinez, Vincent Alem C. Noblefranca, and Kenneth R. Turo .--

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Evangelista, Lovelie R [author ]

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Material type: Text

TextPublication details: Manila: Technological University of the Philippines, 2023.Description: x, 76pages: 29cmContent type:

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BTH TK 146 E93 2023

Dissertation note: College of Industrial Technology .-- Bachelor of Engineering Technology major in Electrical Engineering Technology: Technological University of the Philippines, 2023. Summary: The study "Development of Aluminum Pipe Bulb Changer Using 12 Volts Motor and Reversible Motor Control for Safety Purposes" was conducted to develop and manufacture an aluminum pipe bulb changer with safety characteristics specifically designed for electrical engineers, electricians, and households. This study intends to assist workers in preventing ladder accidents by protecting themselves from sliding orfalling and electrocution by electrical cables, especially live wires, which can result indeath or injury as well as danger to persons replacing bulbs. The aluminum pipe and PVC used to secure the components as well as the bulb are protected from damage by the bulb claw. Both individuals who work in the power industry and those who live in their houses will gain from this. Features of aluminum pipe bulb changers include switching techniques. The green and red LED lights show the bulb claw's forward andbackward cycles. When the bulb is situated in a dark area, it also contains a white LED light that may be used as a flashlight. Moreover, it contains an LCD batterymonitor that displaysthe battery's usage level. The prototype uses lithium-ion batteriesto power every component. The strength, safety, durability, flexibility, and other components are functional and working well based on the prototype testing findings. The project received "Excellent/High Acceptable" ratings in the majority of the respondents' evaluations of the prototype in terms of functionality, aesthetics, economy,safety, and economics. It was determined that the prototype's efficiency and design willbe very helpful in assuring the safety of the person using the product when they changethe light bulb. Safety should come first. Keywords: bulb changer, falling, electrocution, bulb claw, safety, switchingtechnique, components.

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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 TK 146 E93 2023 (Browse shelf(Opens below))	c.1.	Not for loan		BTH0005537

Bachelor's thesis

College of Industrial Technology .-- Bachelor of Engineering Technology major in Electrical Engineering Technology: Technological University of the Philippines, 2023.

Includes bibliographic references and index.

The study "Development of Aluminum Pipe Bulb Changer Using 12 Volts Motor and
Reversible Motor Control for Safety Purposes" was conducted to develop and
manufacture an aluminum pipe bulb changer with safety characteristics specifically
designed for electrical engineers, electricians, and households. This study intends to assist
workers in preventing ladder accidents by protecting themselves from sliding orfalling
and electrocution by electrical cables, especially live wires, which can result indeath or
injury as well as danger to persons replacing bulbs. The aluminum pipe and PVC used to
secure the components as well as the bulb are protected from damage by the bulb claw.
Both individuals who work in the power industry and those who live in their houses will
gain from this. Features of aluminum pipe bulb changers include switching techniques.
The green and red LED lights show the bulb claw's forward andbackward cycles. When
the bulb is situated in a dark area, it also contains a white LED light that may be used as
a flashlight. Moreover, it contains an LCD batterymonitor that displaysthe battery's usage
level. The prototype uses lithium-ion batteriesto power every component. The strength,
safety, durability, flexibility, and other components are functional and working well based
on the prototype testing findings. The project received "Excellent/High Acceptable"
ratings in the majority of the respondents' evaluations of the prototype in terms of
functionality, aesthetics, economy,safety, and economics. It was determined that the
prototype's efficiency and design willbe very helpful in assuring the safety of the person
using the product when they changethe light bulb. Safety should come first.

Keywords: bulb changer, falling, electrocution, bulb claw, safety, switchingtechnique,
components.

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