TY - PAT
T1 - MIST CANNON WITH HELICOIDAL CENTRIFUGAL ATOMISERS FOR REDUCING EMISSIONS OF HARMFUL PARTICLES AND/OR FIRE MITIGATION
AU - Ronceros Rivas, Julio Roman
AU - Rivera Villegas, Diego Fernando
AU - Raymundo Ibañez, Carlos Arturo
AU - Herrera Trujillo, Carlos Silvestre
AU - Namay Zevallos, Wilder Adan
AU - Ayala Vasquez, Eduardo Carlos
AU - Vinces Ramos, Leonardo Nikolai
PY - 2025/6/19
Y1 - 2025/6/19
N2 - The present invention relates to a mist cannon with helicoidal centrifugal atomisers for reducing emissions of harmful particles and/or fire mitigation, for improving air quality through the reduction of harmful emissions for human beings and for mitigating fires through the implementation of the jet portion that will be responsible for a long-range mist stream (liquid and air). This jet system uses helicoidal centrifugal atomisers (the use of these atomisers is not disclosed in the background art), which have been numerically designed and simulated using the Ansys Fluent software, this software being a great validation means. Another distinguishing factor of these atomisers is that their removable parts are easy to manufacture taking into account the measurement of the channels according to the helicoidal angle <=. Furthermore, the mist is produced with low liquid consumption, as this would be a great problem in the event that this resource is not available in large amounts. In order to complement the invention, the following are added: a rotation system (which would be equivalent to a monitor) and a firing angle lifting system, both systems being mechanical, while also practical and safe for the operator.
AB - The present invention relates to a mist cannon with helicoidal centrifugal atomisers for reducing emissions of harmful particles and/or fire mitigation, for improving air quality through the reduction of harmful emissions for human beings and for mitigating fires through the implementation of the jet portion that will be responsible for a long-range mist stream (liquid and air). This jet system uses helicoidal centrifugal atomisers (the use of these atomisers is not disclosed in the background art), which have been numerically designed and simulated using the Ansys Fluent software, this software being a great validation means. Another distinguishing factor of these atomisers is that their removable parts are easy to manufacture taking into account the measurement of the channels according to the helicoidal angle <=. Furthermore, the mist is produced with low liquid consumption, as this would be a great problem in the event that this resource is not available in large amounts. In order to complement the invention, the following are added: a rotation system (which would be equivalent to a monitor) and a firing angle lifting system, both systems being mechanical, while also practical and safe for the operator.
M3 - Patent
M1 - WO2025127943
ER -