Research on an Environment-controlled Boat Verification Device

Jing Luan, Huapeng Li, Jun Zhao
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Abstract

Due to the limitation of the environmental conditions on the boat measurement, and under the urgent demand of the instrument measurement in the boat, an environmentally controlled boat verification device is designed. The device focuses on solving the problem that the verification and measurement cannot be conducted under the harsh environmental conditions, and focuses on the constant temperature and constant humidity technology under the high temperature environment, as well as the structure design of the split verification cabin. It provides the automatic adjustment and control function of the micro-environment, so that the verification environment is always in the temperature and humidity index requirements required for the measurement. The verification device follows the design principles of lightweight, modularization, intelligence and standardization, and analyzes the research results that the verification device meets the actual needs, and can solve the environmental condition guarantee problem of on-site metrological verification. It provides a new idea for the subsequent exploration of the new measurement guarantee mode of boat instruments.
一种环境控制船艇检定装置的研究
由于环境条件对船舶测量的限制,在船舶仪表测量的迫切需求下,设计了一种环境控制的船舶检定装置。该装置主要解决恶劣环境条件下无法进行验证和测量的问题,重点研究高温环境下的恒温恒湿技术,以及分体式验证舱的结构设计。它提供了微环境的自动调节和控制功能,使验证环境始终处于测量所需的温湿度指标要求范围内。该检定装置遵循轻量化、模块化、智能化、标准化的设计原则,并对研究结果进行了分析,认为该检定装置符合实际需要,能够解决现场计量检定的环境条件保障问题。为后续探索船舶仪表新的测量保障模式提供了新的思路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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