Research on multifunctional temperature and humidity inspection instrument based on intelligent parameter acquisition

Abstract

In fields such as industrial and agricultural production, scientific research, and precision measurement, the accurate detection of multi-point distributed temperature and humidity parameters is a core requirement to ensure product quality, optimize production processes, and improve research accuracy. As a key measurement and detection equipment, the performance of the temperature and humidity field inspection instrument directly determines the accuracy of quantity value transmission and detection efficiency. Aiming at the pain points of current similar inspection instruments, such as insufficient accuracy, poor portability, low intelligence, and slow inspection speed, this paper focuses on intelligent instruments, precision instrument design and advanced detection technology, and carries out the research and design of a new type of multifunctional temperature and humidity field inspection instrument. By optimizing precision sensing technology, intelligent data acquisition and processing algorithms, and modular hardware architecture, the inspection instrument achieves the core advantages of long continuous working time, strong portability, high measurement accuracy, fast inspection speed, and high artificial intelligence level, which greatly improves the automation and precision level of temperature and humidity detection, and provides reliable technical support for the accurate detection of temperature and humidity quantity values in multiple scenarios.