Fingerprint Scanner Sanitising Module for Kerala Ration Shops

U. Sankar, Anseel Ameerudheen, Treesa Rose K Sani, Alister Augustine D’Cruz, Sanjna Salim, K. Vinida
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Abstract

Fingerprint recognition is a safe and convenient technology, increasingly being used for biometric identification of the intended beneficiaries of welfare programmes. Kerala’s pubic distribution system, with Ration Shops being its point of contact, also uses fingerprint scanners for identification of beneficiaries. The outbreak of COVID-19 has adversely affected the safety of fingerprint authentication. Touching the sensors by multiple persons can cause the transmission of viruses. Studies have shown that COVID-19 can survive on common surfaces like wood, plastic, metal, and glass for a minimum of 5 days. Despite all the standard operating procedures, it is a common sight to see people crowding at public spaces like Ration Shops that has increased the risk of transmission of the virus. In this context, the present work aims to create a safe and healthy environment for the consumers of Kerala’s ration shops, through a UVC based self-sanitizing system for fingerprint scanners.
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喀拉拉邦口粮店指纹扫描仪消毒模块
指纹识别是一种安全方便的技术,越来越多地被用于对福利计划的预期受益者进行生物识别。喀拉拉邦的公共分配系统,以配给商店为其联络点,也使用指纹扫描仪来识别受益人。新冠肺炎疫情对指纹认证的安全性产生了不利影响。多人接触传感器可导致病毒传播。研究表明,COVID-19可以在木头、塑料、金属和玻璃等常见表面上存活至少5天。尽管有所有的标准操作程序,但人们在公共场所(如配给店)拥挤是一个常见的现象,这增加了病毒传播的风险。在这种情况下,目前的工作旨在通过基于UVC的指纹扫描仪自消毒系统,为喀拉拉邦口粮商店的消费者创造一个安全和健康的环境。
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