Facility horticultural crop growth state monitoring device and monitoring method

Abstract

The invention discloses a facility horticultural crop growth state monitoring device and monitoring method, and the device comprises a truss-type moving frame, an integrated moving platform, a liftingplatform, and a multi-station monitoring instrument crop rotation rotary disc. The integrated moving platform, the lifting platform and the multi-station monitoring instrument rotation rotary table are all arranged in a space defined by the truss type moving frame, the multi-station monitoring instrument rotation rotary table is arranged on the lifting platform, wherein the lifting platform is arranged on the integrated moving platform; the integrated mobile platform, the lifting platform and the multi-station monitoring instrument rotation rotary disc are respectively connected with the control equipment. According to the invention, a plurality of monitoring instruments can be carried at the same time, and the monitoring instruments are replaced according to settings, so the manual replacement frequency of the monitoring instruments is reduced, the operation time of the whole monitoring period is greatly shortened, the accuracy of fusion of various data of a monitoring target is improved, and the operation efficiency is improved.

Description

technical field [0001] The invention relates to a crop growth state monitoring device, in particular to a facility gardening crop growth state monitoring device and a monitoring method, belonging to the field of agricultural intelligent equipment. Background technique [0002] Protected horticulture is an efficient agricultural production method that combines modern agriculture, science and technology, and modern agricultural facilities. It is a "three high" agriculture with high technological content, high product added value, high land output rate and labor productivity. Its development is of great significance to promote the adjustment of China's agricultural industry structure, promote the modernization of agricultural industry to improve the quality and efficiency, and the comprehensive development of China's "three rural" work. [0003] At present, most of the monitoring devices for the growth status of protected horticultural crops still retain the monitoring methods ...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the monitoring devices for the growth status of protected horticultural crops still retain the monitoring methods of manual handheld monitoring instruments or fixed monitoring instruments, which is time-consuming and laborious. It is difficult to integrate multiple monitoring data, and it is accompanied by low accuracy. At present, in the corresponding solutions launched by various agricultural technology companies in the market, the degree of freedom of monitoring devices is low, and the monitoring instruments are single and fixed.

The facility horticulture monitoring devices currently on the market usually move in two degrees of freedom, and cannot adjust the distance between the monitoring instrument and the monitoring target in time. It is difficult for the applicable scene to cover more types of facility crops and their complete growth cycle, which in turn increases the burden on the monitoring facilities. The cost of refitting, and the single fixed use of monitoring instruments at the same time, cannot obtain the close relationship between various parameters of facility crops in time, and cannot obtain the precise best time, which reduces the economic benefits that facility crops can bring to a certain extent. benefit

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