Authors : Dhakshatha Patel C; Kallesh D R

Volume/Issue : Volume 8 - 2023, Issue 9 - September

Google Scholar : https://bit.ly/3TmGbDi

Scribd : https://tinyurl.com/muemb64d

DOI : https://doi.org/10.5281/zenodo.8362357

Abstract : SHIELDMASTER - Elevating Smartphone Safety The ever-evolving world of smartphones is continually pushing the boundaries of technology and design. This research paper presents a ground breaking concept for a smartphone out structure that incorporates a suite of sensors and protective mechanisms to enhance user safety and device durability. The proposed out structure combines cutting-edge distance and speed sensors, moisture and water detection technology, and heat- sensing capabilities to create an unparalleled smartphone safeguarding system. This system not only protects the device from accidents and environmental hazards but also ensures the seamless restoration of the phone to its original state. This paper outlines the design, functionality, and potential applications of this transformative smartphone innovation.VelocityShield: The first facet of SHIELDMASTER, known as "VelocityShield," incorporates cutting-edge distance and speed sensors. These sensors continuously measure the smartphone's proximity to surfaces and its velocity during motion. In the event of an unexpected fall or impact, VelocityShield springs into action. It activates a revolutionary airbag system seamlessly integrated into the smartphone's outer layer. This airbag deploys swiftly to cushion the device, mitigating the force of impact and minimizing potential damage. What sets VelocityShield apart is its innovative reusable zip structure, ensuring user convenience and device safety.HydroShield: Moving beyond the perils of falls and impacts, "HydroShield" takes center stage as the second protective layer within SHIELDMASTER. This ingenious technology remains discreetly invisible to users, operating covertly within the smartphone's architecture. It employs a hydrophobic oil coating to create an impenetrable barrier against water intrusion. Moisture and water detection sensors, silently positioned within, detect the presence of water and initiate an automatic sealing mechanism to protect the smartphone's interior, including the delicate motherboard and electronics. An intuitive user application provides both automated and manual controlover the drying process, ensuring swift restoration to full functionality.ThermoShield: The third and final guardian of the SHIELDMASTER project, "ThermoShield," is designed to address a formidable yet often underestimated threat—heat. This technology features advanced heat- detection sensors that vigilantly monitor the smartphone's surrounding temperature. When temperatures exceed safe levels, ThermoShield activates a high-resistance metal coat, crafted from materials like Tungsten, over the physical layers. This shield forms a robust barrier, protecting the device from potential fire hazards and extreme heat conditions. In unison, VelocityShield, HydroShield, and ThermoShield unite under the SHIELDMASTER project to redefine smartphone safety and functionality. This integrated solution not only enhances protection but also seamlessly integrates within the smartphone's design, preserving aesthetics and user experience. As smartphones continue to advance, SHIELDMASTER serves as a pioneering beacon of innovation, ushering in a new era of safety and resilience for these indispensable devices.

Keywords : Smartphone Safety, SHIELDMASTER, VelocityShield, HydroShield, ThermoShield, Smartphone Protection, Sensor Technology, Device Durability, Water Detection, Heat Sensing, Airbag System, Impact Mitigation, Moisture Sensors, Heat-Detection Sensors, User Experience, Innovative Design, Technology Integration, Resilience, Environmental Hazards, Safety Innovation, User Convenience, Device Restoration, Smartphone Aesthetics, Future Technology, Smartphone Advancements.