Binocular visual sense monitoring system for growth of multiple plants

Abstract

The invention relates to a field of plant growth noninvasive monitoring technology and discloses a binocular visual sense monitoring system for growth of multiple plants. The binocular visual sense monitoring system for growth of multiple plants comprises an image acquisition apparatus, a horizontal movement apparatus and a rotary movement apparatus; the image acquisition apparatus includes two pick-up heads which are arranged apart for shooting plant growth changes; the horizontal movement apparatus comprises a supporting plate for horizontal linear motion. The rotary movement apparatus comprises a rotatory bench for horizontal rotation, and the rotatory bench is rotatedly connected to the supporting plate; the image acquisition apparatus is fixedly connected to the rotatory bench, two pick-up heads of the image acquisition apparatus are used for shooting pictures of growth of multiple plants, the horizontal movement apparatus and the rotary movement apparatus are combined, thereby realizing long-time timing noninvasive rapid measurement of external form characteristics of multiple plants, and the invention has the advantages of saved labor force, reduced labor intensity and improved measurement accuracy, thereby realizing noninvasive monitoring of plant growth characteristic parameters.

Description

technical field [0001] The invention relates to the technical field of non-destructive detection of plant growth, in particular to a binocular vision monitoring system for the growth of multiple plants. Background technique [0002] The growth of plants is a very complex and irreversible dynamic process of volume increase, which is not only controlled by genetic genes, but also various environmental and random factors such as light, temperature, water, etc. will also have a significant impact on plant growth. Under different conditions and different growth stages, the appearance characteristic parameters of plant growth are continuously obtained, and the growth law of plants is studied to realize simulation and visualization, which is an important process for studying plant growth and building growth models. [0003] In the prior art, in order to continuously obtain the characteristic parameters of plant growth, build a plant growth model, and study the law of plant growth, ...

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Problems solved by technology

[0005] The purpose of the present invention is to provide a multi-plant growth binocular vision monitoring system, which aims to solve the problem in the prior art that a monocular vision monitoring system monitors plant growth due to only using a single digital camera or video camera to shoot a single Insufficient monitoring accuracy and inaccurate measurement of obliquely growing plants caused by photos

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