Drying device and drying method

Abstract

The invention provides a drying device. The drying device comprises a sealing shell provided with a sealing opening, the sealing shell comprises a first flexible layer, a desiccant containing bag and samples supports, the first flexible layer is made of organic polymer, and the thickness of the first flexible layer ranges from 0.8 mm to 2.0 mm; the desiccant containing bag is used for containing desiccant, and the desiccant containing bag is fixedly arranged on the side wall in the sealing shell; and the sample supports are arranged on the bottom surface in the sealing shell. The drying device has flexibility, can be folded and can be compressed and deformed, so that the drying device can be enlarged and reduced according to drying requirements, and the space is saved; and the weight is light, and in the transferring process, the logistics cost is low, and meanwhile, the drying device has certain self-supporting performance, so that the drying device cannot collapse to pollute samples.

Description

Technical field [0001] In particular, the invention belongs to the dry and preservation technology of solid samples, and more particularly to a dryer and a drying method thereof. Background technique [0002] Drying devices such as dryers and dryers are widely used in laboratory scientific research, these drying devices mainly maintain samples under relatively dry conditions to avoid moisture and pollution. [0003] At present, the laboratory dryer and drying box is usually a stereo device or device having a fixed shape, for example, a dryer typically made of a cylindrical device made of glass, a diameter of 30 cm or more, and the drying box is usually a metal and glass mass. The cube, the cross-sectional area is above 30 cm × 50 cm or more; these drying devices are mainly made of metal or thick glass or the like, the body is huge, usually more dysfunction, the pick-on drying device is more difficult, laborious; for many classs that cannot be mixed Samples, there must be a large ...

AI Technical Summary

Problems solved by technology

[0003] At present, the desiccator and drying box in the laboratory are usually three-dimensional equipment or devices with a certain fixed shape. For example, the desiccator is generally a cylindrical device made of glass with a diameter of more than 30 cm, and the drying box is usually made of metal and glass. The cubes are made into a cube with a cross-sectional area of ​​more than 30cm×50cm; these drying devices are mainly made of metal or thickened glass and other materials, and are huge in shape, usually cumbersome, and it is difficult and laborious to take and place the drying device; for multi-type drying devices that cannot be mixed and stored For samples, many drying devices must be purchased, which will take up a lot of space; for geological exploration, field research and other scientific research work that frequently changes the operating location, there are a large number of samples that need to be dried and stored, and conventional dryers are difficult to meet the needs; Special samples or devices that are transferred, carried, and transported over long distances will greatly increase logistics costs

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