Seeder with anti-mildew function

Abstract

The invention discloses a seeder with an anti-mildew function. According to the seeder, a roller comprises seedling storage chambers, push plates, a rotation shaft and elastic rolling balls; the number of the seedling chambers is four, and the axes of all the seedling storage chambers are parallel to the axis of the roller; the rotation shaft penetrates through the roller, and the axis of the rotation shaft is coaxial with that of the roller; one end of each seedling storage chamber is opened, the other end of each seedling storage chamber is closed, and the push plate is arranged at the closed end of each seedling storage chamber and moves along the axis of the corresponding seedling storage chamber; the push plates, tree seedlings, sterilization bottles and the elastic rolling balls are arranged in the seedling storage chambers from the closed ends to the opened ends in sequence; roots of the tree seedlings are toward the sterilization bottles, and the top surfaces of the sterilization bottles are toward the tree seedlings; the elastic rolling balls are arranged on the inner walls of the seedling storage chambers. According to the seeder with the anti-mildew function, no time difference exists between the sterilization treatment and cultivation, the tree seedlings cannot be infected with bacterial or fungi again, the cultivation survival rate of the tree seedlings is improved, and sterilization and cultivation can be conducted conveniently and rapidly.

Description

technical field [0001] The invention relates to the field of camphor cultivation, in particular to a seeder capable of preventing mildew. Background technique [0002] Oil camphor is an evergreen tree belonging to the family Lauraceae, with a height of up to 20 meters and a diameter at breast height of 50 centimeters; the bark is gray, the branches are cylindrical, glabrous, the young branches are slender, the leaves are alternate, ovate or elliptic, and the apex is suddenly short and gradual Pointy to long acuminate, dark green on top, bright, gray-green on bottom, dark, glabrous on both sides, petiole belly flat back convex, light green, panicles axillary, slender, branches thin and weak, clusters of 3-7 flowers per branch Cymme, rachis glabrous, light yellow flowers, fragrant, slender pedicels, perianth tube obconical, perianth lobes oval, filaments white pilose, filaments without glands, anthers oblong, ovary Oval, young fruit spherical, flowering in May-June, fruiting ...

AI Technical Summary

Problems solved by technology

[0003] When cultivating camphor saplings, it is necessary to manually sterilize the saplings, and then cultivate the sterilized saplings, which makes the time difference between the sterilization treatment and the cultivation, and the saplings are easy to regenerate in the whole time difference. Infection with bacteria or fungi reduces the survival rate of sapling cultivation

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