Microcontroller based electric hot pack with GUI display/ Allan Ronald B. Alcantara
Material type:
BookPublisher: Legazpi City: UST-Legazpi, 2016Subject(s): Microcontroller
Summary: ABSTRACT
Alcantara, Allan Ronald B. etal (February 2016). “MICROCONTROLLER BASED ELECTRIC HOT PACK WITH GUI DISPLAY” (An Undergraduate Thesis, Aquinas University College of Engineering, architecture and Fine Arts, Rawis Legazpi City, SY 2015-2016)
This project is about an Automated Hot Compress, Intended to provide efficient and effective service in therapy. The Automated Hot Compress is useful because it will make life easy for toes with cramps. They will no longer boil water to prepare a hot compress but the microcontroller based electric hot pack with GUI display will do the job because it will automatically heat the hot compress pack an give the user an information about the temperature. This study will design and construct a system that can alert the user if the time is already finished. The design will also control the electric hot pack using the device settings to “low or High”. When the sensor detects that the desired temperature is reached it will automatically turn off the electric hot pack and when the sensor detects that the desired temperature goes down or cool down it will automatically turn on.
| Current location | Call number | Status | Date due | Item holds |
|---|---|---|---|---|
| University of Santo Tomas-Legazpi Main Library | Not for loan |
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ABSTRACT
Alcantara, Allan Ronald B. etal (February 2016). “MICROCONTROLLER BASED ELECTRIC HOT PACK WITH GUI DISPLAY” (An Undergraduate Thesis, Aquinas University College of Engineering, architecture and Fine Arts, Rawis Legazpi City, SY 2015-2016)
This project is about an Automated Hot Compress, Intended to provide efficient and effective service in therapy. The Automated Hot Compress is useful because it will make life easy for toes with cramps. They will no longer boil water to prepare a hot compress but the microcontroller based electric hot pack with GUI display will do the job because it will automatically heat the hot compress pack an give the user an information about the temperature. This study will design and construct a system that can alert the user if the time is already finished. The design will also control the electric hot pack using the device settings to “low or High”. When the sensor detects that the desired temperature is reached it will automatically turn off the electric hot pack and when the sensor detects that the desired temperature goes down or cool down it will automatically turn on.
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