Design and development of a carbon dioxide gas generator for firefighting robot application
8th International Conference on Mechatronics Engineering (ICOM 2022)(2022)
Abstract
The drawbacks in the performance of electric actuated firefighting robots in high-temperature fire environments steered research on the alternative propulsion system for the mobility of firefighting robots in such a situation. Exploiting the limitations of the electric actuators, a carbon dioxide gas-actuated propulsion system has been developed. The propulsion system is composed of a pneumatic motor and a carbon dioxide gas-power source. The pneumatic motor is used as an actuator in the robotic firefighting system, and it is powered by carbon dioxide gas (in place of the conventional “air”), which is self-generated from dry ice within the robotic system.
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Key words
robotic firefighting system,carbon dioxide gas generator,firefighting robot application,electric actuated firefighting robots,high-temperature fire environments,electric actuators,carbon dioxide gas-actuated propulsion system,pneumatic motor,carbon dioxide gas-power source
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