Rare product storage and display microenvironment maintaining system and method based on rare product somatosensory temperature

Abstract

The invention provides a rare product storage and display microenvironment maintenance system based on rare product somatosensory temperature. The system comprises a rare product collection area which is thermally isolated from the outside, maintains a first temperature range and maintains positive pressure relative to the outside; a plurality of phase-change microenvironment cabinets are arranged in the rare product collection area; the cabinet surface of each phase-change microenvironment cabinet surface towards audiences has a first solid-liquid phase-change temperature; the other cabinetsurfaces have a second solid-liquid phase-change temperature, wherein the first solid-liquid phase-change temperature is smaller than a first temperature range smaller than the second solid-liquid phase-change temperature; a cold accumulation heat preservation box body and a rare product storage and display base are sequentially arranged in each phase-change microenvironment cabinet from bottom totop; the temperature in each phase-change microenvironment cabinet is maintained at a second temperature, and the second temperature is based on the rare product somatosensory temperature and is located in the first temperature range. The temperature-adjustable phase-change microenvironment cabinets are used for maintaining the somatosensory temperature of the stored and displayed valuable and precious products in the cabinets, the temperature and humidity are adjusted and maintained in a radiation heat exchange mode, and long-term safe preservation of cultural relics sensitive to air is facilitated.

Description

technical field [0001] The invention relates to a microenvironment maintenance system and method for storing and displaying treasures based on the somatosensory temperature of treasures, and belongs to the field of cultural relics collection environment. Background technique [0002] my country's museums have a huge amount of cultural relics. According to statistics, about 51% of the cultural relics in the collections of the country are corroded and mildewed to varying degrees, causing incalculable losses, and the storage environment needs to be improved urgently. [0003] A microenvironment is an environment that can be clearly defined by a location and a set of environmental indicators that can be measured. In this environment, all environmental indicators can be described by unified parameters. As far as the protection of cultural relics is concerned, the micro-environment of cultural relics refers to a storage space, such as museum showcases and storage cabinets and ot...

AI Technical Summary

Problems solved by technology

Similarly, in the field of cultural relics protection, at present, only the dry bulb temperature and wet bulb temperature of the cultural relics preservation environment are generally controlled, rather than the real temperature and humidity on the surface of the cultural relics, and the air velocity and radiation temperature are not considered, while the air velocity and radiation temperature However, it has a great impact on the long-term preservation of cultural relics. If the effect of the two on the storage environment of cultural relics is not considered, it will have a negative impact on the protection of cultural relics.

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