Measurement system and measurement method for high-flux plant full-life-cycle phenotypic information

Abstract

The invention relates to the technical field of agriculture and forestry plant phenotypic characteristic information measuring equipment, in particular to a greenhouse high-throughput plant full-life-cycle phenotypic information measuring system and a greenhouse high-throughput plant full-life-cycle phenotypic information measuring method. A high-flux plant full-life-cycle phenotypic information measuring system is provided with an automatic collecting device capable of moving in a three-dimensional space, wherein the automatic collecting device comprises a grabbing device, a conveyor, an information collecting device and a controller. The controller is in signal connection with the grabbing device, the conveyor and the information collecting device. The conveyor is a belt conveyor, a chain plate conveyor or a roller conveyor, preferably belt conveyors and chain scraper conveyors, and further preferably belt conveyors. Herein, the conveying stability of the belt conveyor is superior to that of a chain plate conveyor, and the conveying stability of the chain plate conveyor is superior to that of a roller conveyor; and the power required by a driving motor on the belt conveyor is smaller than that required by the chain plate conveyor.

Description

technical field [0001] The invention relates to a measurement system and measurement method for high-throughput plant life cycle phenotype information, which relates to the technical field of agricultural and forestry plant phenotype characteristic information measurement equipment, specifically to the high-throughput plant life cycle phenotype information in greenhouses. Measurement system and measurement method. [0002] technical background [0003] Plant phenotype refers to the observable morphological characteristics of plants under specific growth conditions (different growth environments, different growth stages, etc.), such as shape, structure, size and color, etc., which are important influencing factors in the process of agricultural and forestry production practices , but due to its own complexity and dynamic changes, the development of phenotype research technology is relatively lagging behind, and it has become a development bottleneck in the field of new plant v...

AI Technical Summary

Problems solved by technology

[0003] Plant phenotype refers to the observable morphological characteristics of plants under specific growth conditions (different growth environments, different growth stages, etc.), such as shape, structure, size and color, etc., which are important influencing factors in the process of agricultural and forestry production practices , but due to its own complexity and dynamic changes, the development of phenotype research technology is relatively lagging behind, and it has become a bottleneck in the development of new plant varieties.

Traditional phenotypic detection mainly uses naked eye observation and simple measurement tools to measure plant phenotypic traits. It lacks standardized characterization and cannot meet the actual needs of agricultural and forestry production practices; therefore, it is necessary to design a new equipment to meet the measurement requirements. Requirements for the use of plant phenotypic traits

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