Abstract

VARGAS-CAPACHO, Yazmin Jattin et al. Supplier Recharging and Battery Voltage Verification System for Sig Sauer SP2022 Pistol Shooting Simulators. Rev. logos cienc. tecnol. [online]. 2021, vol.13, n.2, pp.148-157.  Epub July 30, 2021. ISSN 2145-594X.  https://doi.org/10.22335/rlct.v13i2.1268.

The present study focused on the proposal of a technological solution that would contribute to the im-provement of the verification system of the exact charge of the batteries of the laser kit, the calibration and charging of the suppliers of the guns that work with CO2 and the organization of the components that allow the operation of the gun of the shooting simulator of the training center of the National Police of Colombia. In this sense, within the framework of adaptive research, following the guidelines established by the Design Thinking methodology for innovation, the development of a functional electronic prototype was carried out, which enables the validation of the exact voltage of laser kit batteries for Sig Sauer SP2022 type pistols and multiple suppliers automatic recharging with CO2, for shooting simulators in an automatic and safe way in handling, which also unifies the location of the pistol components in a single easily accessible space, managing to contribute this way both in the reduction of expenses in raw materials, as in the reduction of environmental pollution.

Keywords : Prototype; supplier recharge; security; simulation; voltage verification.

        · abstract in Spanish | Portuguese     · text in Spanish     · Spanish ( pdf )