Open type living body plant volatile dynamic high-efficiency collecting device

Abstract

The invention discloses a dynamic and efficient collecting device of open living plant volatiles, consisting of an automatic control air-supply power source, a tum color silicon filter, a vertical efficiency purifier without a clapboard, an intelligent air-supply flow controller, a glass cylinder to store plants, a collecting pipe of the volatiles, a tum color silicon dryer, an intelligent air-pumping flow controller and an automatic control air-pumping power source. A light source and a power source which simulate a sunlight system are arranged above the glass cylinder to store the plants, the upper part insider the glass cylinder to store the plants is provided with a sand chip, the bottom of which is provided with a tray and the lower part of which is provided with a lifting platform. The automatic control air-supply power source, the intelligent air-supply flow controller, the intelligent air-pumping flow controller and the automatic control air-pumping power source are connected with a program-controlling phase-changing exchange instrument and a computer. The dynamic and efficient collecting device of open living plant volatiles can filter the organic compound impurities to be cleaned and guarantee that the collected plant volatiles can truly reflect the releasing situation of the plants in natural situations.

Description

Technical field [0001] The invention relates to an open dynamic and efficient collection device for volatiles of living plants. Background technique [0002] Most of the plant volatile collection devices currently in use are carried out by cutting off the above-ground part of the plant and placing it in a closed container. This method often does not truly reflect the volatiles released by living plants in a natural state. Although there are also some methods that use living plants to extract volatiles, since the simultaneous use of air supply and suction systems is not considered during the collection process, they are often contaminated by impurities and fail to achieve the desired collection effect. In view of the above-mentioned problems and limitations existing in the current plant volatile matter collection device, the present invention designs a set of open-type living plant volatile matter dynamic and high-efficiency collection device. This device is not only simple in des...

AI Technical Summary

Problems solved by technology

[0002] Most of the currently used plant volatiles collection devices cut off the aboveground parts of plants and place them in airtight containers. This method often cannot truly reflect the volatiles released by living plants in the natural state

Although there are some methods that use living plants to extract volatiles, because the simultaneous use of air supply and suction systems is not considered in the collection process, it is often polluted by impurities and the ideal collection effect cannot be achieved.

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