In the clinical setting, patient safety is paramount. One significant concern is the risk of ligature occurrences, which can have tragic consequences. To mitigate this threat, a innovative solution has emerged: the safety-enhanced LED clock. This sophisticated design incorporates materials and construction techniques that hinder the formation of li

In environments demanding unwavering security, even seemingly innocuous objects like clocks can pose vulnerabilities. Standard clocks often feature protrusions or components susceptible to manipulation via ligatures - makeshift bindings used for disguising illegal activities or enabling unauthorized access. To address this critical concern, a speci