3 results about "CORN GRAIN" patented technology

A corn harvester grain tipping device includes a corn grain storage bin, a main support connecting rod, a storage bin mounting platform, a tipping drive hydraulic cylinder, and a limiting connecting rod. The storage bin mounting platform has an agricultural machinery mounting platform on one side and a lower main connecting rod mounting platform on the other side. A lower connecting rod mounting platform is located at the top of the storage bin mounting platform. The lower connecting rod mounting platform has a lower limiting rod connection hole and a lower hydraulic cylinder connection hole at its top. The lower limiting rod connection hole is located on the side of the lower hydraulic cylinder connection hole closest to the lower main connecting rod mounting platform. A corn grain storage bin is mounted on the top of the storage bin. The side of the corn grain storage bin facing the lower main connecting rod mounting platform has a side reinforcing rod and a connecting rod mechanism mounting groove. The side reinforcing rod is located at the top of the connecting rod mechanism mounting groove, and the top of the connecting rod mechanism mounting groove has an upper reinforcing plate.

The application discloses corn ZmGOLS2 and ZmRAFS genes for improving crop grain yield, and also discloses the application of superimposed use of the corn ZmGOLS2 and ZmRAFS genes for improving corn harvest index. The application proves that the simultaneous overexpression of the corn ZmGOLS2 and ZmRAFS genes in corn changes the source-sink relationship, improves the harvest index, and improves the corn grain yield.

The application discloses a corn embryo development late-stage enrichment gene ZmLEA29 and application thereof in regulating a grain dehydration process, and belongs to the technical field of genetic engineering. The technical problem to be solved by the application is how to regulate the grain moisture content and / or the grain dehydration rate of a plant. To solve the above technical problem, the application provides a protein with an amino acid sequence of SEQ ID NO:2, 1-598. The application also provides application of the ZmLEA29 protein or a substance for regulating expression of a gene coding the ZmLEA29 protein or a substance for regulating the content of the ZmLEA29 in regulating the grain moisture content of a plant. The application proves through experiments that the ZmLEA29 protein can negatively regulate the corn grain dehydration rate, which provides a valuable theoretical reference for breaking the bottleneck of the whole-process mechanized operation of corn and provides a genetic material for breeding a new corn variety suitable for mechanical harvesting.