RAZVOJ IN IZDELAVA PRENOSNE SLEDILNE NAPRAVE

REMŠKAR, MATJAŽ (author), Žemva, Andrej (mentor)

Spletno sledenje je danes eden izmed najbolj uporabljanih sistemov za varovanje lastnine in osebno varovanje. Za diplomsko delo sem si izbral razvoj in izdelavo prenosne naprave za sledenje. Naprava pobere GPS podatke o lokaciji in jih preko GSM omrežja pošilja na strežnik, kjer se podatki shranjujejo. Gibanje naprave in s tem predmeta ali osebe, ki jo nosi, lahko spremljamo preko spletne aplikacije. Cilj je bil izdelati priročno prenosno sledilno napravo v velikosti bančne kartice. Njena debelina naj ne bi presegala 10 mm. Pred načrtovanjem vezja je bilo treba poiskati potrebne elemente vezja, izbrati ustrezno postavitev in izrisati ohišje. Idejo o napravi je pregledal zunanji oblikovalec, ki je pripravil risbe končnega izdelka. Pri načrtovanju vezja je bila uporabljena programska oprema Altium Designer. Prototipna tiskana vezja so dvo- in štirislojna, izdelana v zunanjem podjetju, opremila – spajkala pa so se ročno. Sledil je preizkus delovanja naprave. S 3D tiskalnikom smo naredili tudi nekaj ohišij. Naprava je samostojna enota, ki jo napaja vgrajena baterija. Ta se polni preko standardnega USB polnilnika. Določene režime delovanja izbiramo preko vgrajene tipke, za indikacijo pa poskrbijo led diode. Zahtevnejše nastavitve je možno programirati preko SMS sporočil, preko strežnika ali preko serijske povezave.

• Language: Slovenian
• Keywords: GPS, GSM, GPRS, SMS, TISKANINA – TISKANO VEZJE
• Work type: Undergraduate thesis
• Organization: FE - Faculty of Electrical Engineering
• Year: 2016
• PID: 20.500.12556/RUL-85148
• Publication date in RUL: 14.09.2016

REMŠKAR, MATJAŽ, 2016, RAZVOJ IN IZDELAVA PRENOSNE SLEDILNE NAPRAVE [online]. Bachelor’s thesis. [Accessed 23 April 2025]. Retrieved from: https://repozitorij.uni-lj.si/IzpisGradiva.php?lang=eng&id=85148

Secondary language

• Language: English
• Title: DESIGN AND IMPLEMENTATION OF PORTABLE TRACKING DEVICE

Abstract

Nowadays online tracking is one of the most used systems for property and personal protection. For the thesis I chose the development and manufacturing of portable tracking device. The device collects the GPS location data and sends them over the GSM network to the data server. Tracking of a person or an object is enabled through a web interface. The main goal was to create a convenient portable tracking device, size of a bank card with maximum thickness 10 mm. Before designing the circuit, it was necessary to find the necessary elements of the circuit, select an appropriate layout and design the housing. Concept sketches of the device were send to a designer, who designed the final product. I designed multi-layer circuits using Altium Designer software and they were manufactured by an external partner. Assembling and soldering of the equipment were manual, followed by operation test of the device. For final usability test we also 3D printed a few housings. The device is a standalone unit and it is powered by built-in battery that is charged by standard micro USB charger. Some operation modes are switched by the embedded keys; status is indicated by LED diodes. Advanced settings are programmed through SMS messages, web server or by a serial connection.

• Keywords: GPS, GSM, GPRS, SMS, PCB ‒ Printed circuit board