SMART CUBIC TECHNOLOGY INTEGRATION METHODS AND SYSTEMS IN WORKSPACES

Abstract

This invention concerns a method and system for integrating smart cubicles into a workspace, incorporating several integrated technologies. This invention aims to create an ideal workspace design in the form of a smart cubicle that embraces the concept of spatial flexibility to meet the needs of a densely populated workspace, diverse activities, and hybrid work activities (online and offline). This smart cubicle is designed using an interactive technology approach, specifically microcontroller devices, to meet the needs of flexible activities, differing preferences, and ideal physical comfort in the workspace.This smart cubic technology is designed with an automatic control system consisting of at least one sound sensor unit, one microcontroller unit, one display unit, one linear actuator unit, and one button unit connected to a smart acoustic wall to adjust the wall height and reduce noise, as well as at least one temperature sensor unit, one microcontroller unit, one display unit, and one AC diffuser unit as a local air conditioning regulator for the cubic work area.

Images