Shantian Ran
ABSTRACT
Cosmetics contain delicate chemical compositions vulnerable to damage from temperature fluctuations. Precise temperature control is therefore critical for maintaining product integrity during storage and transport. Microcontroller-based systems present a cost-effective and customizable solution for regulating cosmetics storage environments. This paper details the development of an AT89C51 microcontroller-based temperature control system for a cosmetics insulation box aimed at stabilizing internal conditions. The proposed system integrates a DS18B20 digital sensor for temperature acquisition, an LCD1602 display for visualization, and bespoke control circuits for adjustment. Dedicated hardware and software designs enable the system to operate in four functional states: normal temperature regulation, high/low temperature alarms, and manual threshold configuration. Rigorous testing was conducted through Proteus simulation, successfully verifying the system's ability to accurately measure temperature and trigger alarms when outside defined limits. The microcontroller approach enables robust, adaptable temperature control to protect delicate cosmetics and other temperature-sensitive goods like pharmaceuticals. With further development, this customizable platform has potential for broader applicability across industries requiring careful stabilization of storage environments.
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Digital Library
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