TRIPOD RESCUE SYSTEM BERBASIS BLUETOOTH
Keywords:
Accident, weight sensor, Arduino Uno, HC-05 Bluetooth ModuleAbstract
Work accidents while in the field are a disaster caused by negligence of workers, and caused by several factors that influence the occurrence of these incidents including human carelessness, safety factors, not complying with safety at work, violating one of the safety requirements at work, not using tools protection at work, etc. The impact of this event disrupted activities and caused a number of work accidents that had already occurred. Therefore, a Bluetooth-based rescue tool is needed that can be operated via a smartphone and followed by victim rescue actions. Bluetooth aims to display data from the weight sensor which is converted into a victim's weight figure which is displayed on the Smartphone screen and can operate remotely and use the remote for the process of lifting victims from the accident area which aims to minimize the adverse effects of the accident. The implementation method used is the design and manufacture of the Tripod Rescue System construction, the design and manufacture of the control system using the Arduino Uno and the HC-05 Bluetooth module. From the test results, when the weight sensor reads the body weight (0-100kg), the sensor will send a signal to the Arduino, which will immediately send a signal to the Smartphone via Bluetooth to display information from the device.
Downloads
References
Benjamin Mullinsb, & Janis Janszb (2019). Penyelamatan ruang terbatas: prosedur yang diusulkan untuk mengurangi resiko. ilmu kesehatan, 82.
Rahmiati, (2018). Implementasi system bluetooth mengunakan android dan arduino untuk kendali peralatan elektronik, Jurnal teknik energy listrik, komunikasi, dan elekrtronika, Hal 2-3.
Selmana, j., & Spikettb, j. (2019). Penyelamatan ruang terbatas: prosedur yang diusulkan untuk mengurangi resiko. ilmu kesehatan, 81.
Taufiqqurachman, (2020). Pengendalian sistem kontrol. Jurnal otomasi system produksi, Hal 1-2.
Downloads
Published
How to Cite
Issue
Section
License
Copyright (c) 2023 Joni Wahyudi, Shafly Iqbal Wardhany, Yudhi Yudhi, Parulian Silalahi
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.