It is very important to test the corn during the breeding process. It is necessary to screen the type of agricultural traits, species information, etc. It takes a long time to collect information data. Aiming at the current state of backward technology and equipment for corn breeding in China, aiming at large-scale, procedurally, and data-oriented modern agricultural breeding needs, the modern information technology is closely integrated with the breeding work and the breeding and testing business processes, and the Spike length, cob weight, grain length and other parameters integrated corn automatic test system, to achieve the automated and intelligent test process, reduce labor costs, remove human error interference, improve the efficiency of corn test, implement corn breeding equipment technology Innovation is of great significance to improving corn breeding efficiency. Add WeChat, you want to have: Aging Oven,Aging Furnace,Aluminum Aging Furnace,Vacuum Heat Treatment Furnace Zhejiang Shangding Industrial Furnace Co., Ltd , https://www.sdindustrialfurnace.com
The automatic maize seeding system includes three series of equipments: corn precise tester (A), corn rapid tester (B), and corn seed tester (C), which are used to accurately obtain the test characteristics of the ear and quickly obtain the ear. Seed traits and access to seed traits. The equipment will break through the key technologies of panicle, seed grain and plant image analysis, perceptual data collection and other key technologies based on ear, kernel and plant characteristics of maize, and achieve ear rows, rows of grains, grains per spike, panicle length, ear diameter, baldness Spike length, cob length, cob diameter, ear weight, cob weight, grain color, grain length, grain width, grain thickness, grain density, 100-grain weight, and other 36 parameters of information and species picture information acquisition and statistical analysis.
The measurement acquisition time of the corn automatic test system operation is 20s/sample, the measurement form is automatic measurement, the measurement error is controlled within 3%, and it effectively replaces the simple manual test work. The automatic corn seeding system will effectively alleviate this situation and provide high-quality intellectual support for scientific testing, which is extremely important for increasing corn breeding efficiency. The market prospect is very broad. 