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Shooting sport simulation device
Poloch, Martin ; Musil, Vladislav (referee) ; Šteffan, Pavel (advisor)
The goal of this diploma thesis is to design a shooting sport simulation device. Output of this project should be a market competitive product therefore the design should be focused on low price. Other important aspects are safety, reliability and mutlifunctionality of the whole system. Shooting simulation is based on special technology of sensing laser beams with LED developed in author´s bachelor thesis. The system is controlled by a group of microcontrollers. Their program running and communication is a key part of this thesis.
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Laser gun and target for shooting sport practise
Poloch, Martin ; Drexler, Petr (referee) ; Friedl, Martin (advisor)
This work deals with complete design of a system for simulating shooting sport. Key aspects of the design are similarity with shooting from classic mechanical weapons, multifunctionality of the system and costs. The core of the simulation is a laser transmitter in the weapon and a photosensitive receiver in the target. One of the key part of this thesis is choosing the most suitable photosensor. The final version of the system is controlled by a group of microcontrollers and provides several types of feedback. For example lighting the place that has been hit with LED, sound signals, displaying shooting results, or evaluating them with a computer.
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Shooting Sport Simulation Device
Poloch, Martin
The goal of this work is to design, build and test a shooting sport simulation system. The first part of this system is a module that can be put into a variety of shooting weapons and transform them to a laser gun. The module uses a shock sensing system, so there is no need to mechanically disassemble the gun. The second part is a target device that can sense incoming laser beams with LEDs. The final hardware part is a control board which can connect multiple targets and weapons through a wireless module nRF24L01+ into one system and therefore simulate advanced shooting modes. Additionally it has a built in Wi-Fi module ESP8266 which can provide shooters a website with detailed results and statistics of their shooting in a graphically pleasing way. Output of this project should be a market competitive product so the design is focused on the ability to be manufactured on automated machines.
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Laser Target for Simulating Shooting Sport
Poloch, Martin
This work deals with complete design of a system for simulating shooting sport. Key aspects of the design are similarity with shooting from ordinary mechanical weapons, multifunctionality and low costs. The core of the simulation is a laser transmitter in the weapon and a photosensitive receiver in the target. The final version of the system is controlled by a group of microcontrollers and provides several types of feedback. For example lighting the place that has been hit with LED, sound signals, displaying shooting results, or evaluating them with a computer.
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Shooting sport simulation device
Poloch, Martin ; Musil, Vladislav (referee) ; Šteffan, Pavel (advisor)
The goal of this diploma thesis is to design a shooting sport simulation device. Output of this project should be a market competitive product therefore the design should be focused on low price. Other important aspects are safety, reliability and mutlifunctionality of the whole system. Shooting simulation is based on special technology of sensing laser beams with LED developed in author´s bachelor thesis. The system is controlled by a group of microcontrollers. Their program running and communication is a key part of this thesis.
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Laser gun and target for shooting sport practise
Poloch, Martin ; Drexler, Petr (referee) ; Friedl, Martin (advisor)
This work deals with complete design of a system for simulating shooting sport. Key aspects of the design are similarity with shooting from classic mechanical weapons, multifunctionality of the system and costs. The core of the simulation is a laser transmitter in the weapon and a photosensitive receiver in the target. One of the key part of this thesis is choosing the most suitable photosensor. The final version of the system is controlled by a group of microcontrollers and provides several types of feedback. For example lighting the place that has been hit with LED, sound signals, displaying shooting results, or evaluating them with a computer.
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