Design & Development of Advance Rotary Storage System for Industry

Abstract

There had always been a space shortage and a risk to the security of our possessions with the storage system.  Because of the restricted area, there was frequent overcrowding, which made it challenging to arrange and retrieve items efficiently.  Furthermore, there was a severe risk to the security of the stored goods due to the absence of robust security measures, which could result in loss or damage.  Furthermore, storing different kinds of materials in the same storeroom, like raw, finished, and assembly parts, often resulted in confusion and frequent damage.  In addition to impeding effective retrieval, this lack of segregation raised the possibility of material mixing, which could result in delays in operations and quality problems. Advanced storage systems with fingerprint sensor technology and RFID (Radio Frequency Identification) cards were created in response to these enduring issues.  RFID technology improved the storage system by automatically detecting and tracking tags affixed to compartments that used electromagnetic fields.  This made it possible to locate and manage items more effectively without requiring human assistance and using fingerprint sensors instead of pinned passwords, allowing for a more convenient and user-friendly authentication process and further enhancing the system.  This biometric solution greatly improved security by limiting access to the storage to only authorized individuals.

In addition to addressing the critical concerns of security and space, this cutting-edge storage system simplified material handling.  Different materials were kept apart to avoid confusion and damage, and the use of fingerprint and RFID sensors reduced mistakes and improved operational effectiveness. Consequently, this innovative method significantly enhanced the handling and storage of materials in industrial settings, establishing a new benchmark for efficient and safe storage options.