Development of Automated Brining Machine for Tinapa / Lawrence A. Batocabe, Jessa E. Escultura, and Lester S. Panopio.
Material type:
TextPublisher: Rosario, Cavite : Cavite State University-CCAT Campus, 2016Description: xiii, 55 leaves : illustrations ; 28 cmSubject(s): Microcontroller-based brining machine for tinapa processing | Automated brining machine | Prototype, Engineering | Brining processLOC classification: UM TK 4388 | B38 2016Summary: BATOCABE, LAWRENCE A., ESCULTURA, JESSA E., and PANOPIO, LESTER S. Development of Automated Brining Machine for Tinapa. Project Design. Bachelor of Science in Computer Engineering. Cavite State University Rosario Campus. Rosario. Cavite. May 2016. Adviser: Mrs. Diane P. Arayata. Technical critic: Orlando P. Soberano.
The study entitled "Development of Automated Brining Machine for Tinapa” was conducted at the Mechanical Building Department at Cavite State University — Rosario Campus. The design, fabrication and evaluation of the prototype started last October 2015 and being conducted until May 2016. The objectives of the study were design a microcontroller-based brining machine for tinapa processing using Arduino for the automation of the system; construct an automated brining machine for tinapa processing: evaluate the performance of the brining machine in terms of time of brining process, accuracy of brining time, temperature of brine solution before, during and after the brining process and implement the brining machine for tinapa processing.
The development of an automated brining machine of tinapa is used to brine with the maximum amount of 5.07 kilograms of fish with the duration time of 6 minutes in 1 process. Once the machine started the brining process, it continuously operates unless there’s a cancelation of the process in the machine. The machine can help to brine fish in an easy and faster way.
The machine’s performance was evaluated through ANOVA (Analysis of Variance) to determine the difference of brining time for tinapa processing. The study revealed that the automated brining machine was efficient and faster in terms of brining time compared to traditional tinapa processing.
After several trials of brining fish using the automated brining machine, the following conclusions were given: 1) the automated brining machine can brine fish faster as compared to traditional and manual brining process; 2) the temperature of the brine solution using the automated brining machine was accurate before, during and after the brining process; 3) the quantity of fish is not directly proportional to the time of brining process. It doesn’t affect the brining process.
Based on the result of the study, the developers suggest the following recommendations for future developers to enhance the software: 1) use wheel for ease transport of the machine; 2) add additional layers of fish tray.
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Cavite State University - CCAT Campus | Thesis/Manuscript/Dissertation | TH | UM TK 4388 B38 2016 (Browse shelf) | 1 copy | Available | T0002977 |
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| UM TK 3001 C37 2017 Development of Three-Phase Electrical Power Trainer / | UM TK 3088 B38 2019 Wireless Multi-Channel Remote with RF Technology for Electrical Home Appliances / | UM TK 3401 P43 2017 Automatic motor and Transformer rewinding machine / | UM TK 4388 B38 2016 Development of Automated Brining Machine for Tinapa / | UM TK 452 D56 2018 Wireless Power Control for Electrical Home Appliances Using Radio Frequency - Based Remote / | UM TK 6570.I34 Al43 2019 Bottleward : a plastic bottle collector system using Radio-Frequency Identification of Cavite State University-CCAT / | UM TK 6570.I34 D48 2015 Development of Microcontroller-Based RFID Attendance Checking System / |
Project Design (BSCpE)--Cavite State University-CCAT Campus, 2016.
Includes bibliographical references and appendices.
BATOCABE, LAWRENCE A., ESCULTURA, JESSA E., and PANOPIO, LESTER S. Development of Automated Brining Machine for Tinapa. Project Design. Bachelor of Science in Computer Engineering. Cavite State University Rosario Campus. Rosario. Cavite. May 2016. Adviser: Mrs. Diane P. Arayata. Technical critic: Orlando P. Soberano.
The study entitled "Development of Automated Brining Machine for Tinapa” was conducted at the Mechanical Building Department at Cavite State University — Rosario Campus. The design, fabrication and evaluation of the prototype started last October 2015 and being conducted until May 2016. The objectives of the study were design a microcontroller-based brining machine for tinapa processing using Arduino for the automation of the system; construct an automated brining machine for tinapa processing: evaluate the performance of the brining machine in terms of time of brining process, accuracy of brining time, temperature of brine solution before, during and after the brining process and implement the brining machine for tinapa processing.
The development of an automated brining machine of tinapa is used to brine with the maximum amount of 5.07 kilograms of fish with the duration time of 6 minutes in 1 process. Once the machine started the brining process, it continuously operates unless there’s a cancelation of the process in the machine. The machine can help to brine fish in an easy and faster way.
The machine’s performance was evaluated through ANOVA (Analysis of Variance) to determine the difference of brining time for tinapa processing. The study revealed that the automated brining machine was efficient and faster in terms of brining time compared to traditional tinapa processing.
After several trials of brining fish using the automated brining machine, the following conclusions were given: 1) the automated brining machine can brine fish faster as compared to traditional and manual brining process; 2) the temperature of the brine solution using the automated brining machine was accurate before, during and after the brining process; 3) the quantity of fish is not directly proportional to the time of brining process. It doesn’t affect the brining process.
Based on the result of the study, the developers suggest the following recommendations for future developers to enhance the software: 1) use wheel for ease transport of the machine; 2) add additional layers of fish tray.
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