The utility model discloses an automatic cutting and conveying device for hole tray grafting seedlings, which comprises a frame, a hole tray conveyor belt, a grain pulling device, a hole tray grafting seedlings, a grain splitter, a cutting device, a seedling conveyor belt and a seedling sliding trough. The hole tray conveyor belt is arranged on the frame, and the grain pulling device is fixed and connected across the conveyor belt. A plurality of grain splitters are arranged side by side on the hole tray conveyor belt, and the grain SPL The cutting device is set between the adjacent distributors and the tip of the conveyor belt facing the conveying direction of the hole tray. The seedling conveyor belt is set above the hole tray conveyor belt. The direction of the seedling conveyor belt is inclined upward with triangular angle with the hole tray conveyor belt. The low end of the seedling conveyor belt is close to the cutting device. The high end of the seedling conveyor belt is connected with the seedling sliding The problem of high labor intensity in manual cutting and transportation of grafted seedlings on hole tray was solved, and the automatic cutting and transportation of grafted seedlings during grafting process could be realized, so as to reduce labor intensity and improve the efficiency of grafting production. The utility model has the advantages of simple structure and high working efficiency.
【技术实现步骤摘要】
一种穴盘嫁接苗自动切削及输送装置
本技术涉及一种农业机械,尤其涉及一种穴盘嫁接苗自动切削及输送装置。
技术介绍
目前我国秧苗嫁接生产过程的秧苗切削、运输和嫁接普遍采用手工操作,尤其秧苗的切削环节劳动强度大、生产效率低,人工操作很难实现工厂化育苗生产,以经远远不能适应现代农业生产发展的需求。国内外已有自动嫁接机的相关报道,能够实现嫁接苗的自动切削,但存在切削效率较低,成本高的缺点
技术实现思路
本技术的目的就在于为了解决上述问题而提供一种穴盘嫁接苗自动切削及输送装置,替代劳动强度大的秧苗切削和运输操作,提高秧苗嫁接生产效率。本技术通过以下技术方案来实现上述目的:本技术包括机架、穴盘输送带、拨禾装置、穴盘嫁接苗、分禾器、切削装置、秧苗输送带和秧苗滑槽,所述穴盘输送带设置在机架上,所述拨禾装置横跨在输送带上方固定连接,多个所述分禾器并排设置在穴盘输送带上,所述分禾器的尖端迎着所述穴盘输送带的输送方向,相邻所述分禾器之间设置所述切削装置;所述秧苗输送带设置在穴盘输送带的上方,所述秧苗输送带输送方向与穴盘输送带成三角夹角倾斜向上,所述秧苗输送带低端靠近切削装置,所述秧苗输送带高端与秧苗滑槽连接。进一步,所述拨禾装置由基座、电机支架、拨禾电机、拨禾轮支架、传动装置、拨禾轮、拨禾叶片组成,所述基座与所述机架固定连接,所述基座分别设置在穴盘输送带的两侧,所述基座另一端与电机支架转动连接,所述拨禾电机设置在两个电机支架之间,电机支架另一端与拨禾轮支架转动连接,所述拨禾轮设置在两个拨禾轮支架之间,所述拨禾叶片沿着拨禾轮中心轴设置在拨禾轮上,拨禾轮与拨禾电机之间设置传动装置。进一步,所 ...
【技术保护点】
1.一种穴盘嫁接苗自动切削及输送装置,其特征在于:包括机架、穴盘输送带、拨禾装置、分禾器、切削装置、秧苗输送带和秧苗滑槽,所述穴盘输送带设置在机架上,所述拨禾装置横跨在输送带上方固定连接,多个所述分禾器并排设置在穴盘输送带上,所述分禾器的尖端迎着所述穴盘输送带的输送方向,相邻所述分禾器之间设置所述切削装置;所述秧苗输送带设置在穴盘输送带的上方,所述秧苗输送带输送方向与穴盘输送带成三角夹角倾斜向上,所述秧苗输送带低端靠近切削装置,所述秧苗输送带高端与秧苗滑槽连接。
【技术特征摘要】
1.一种穴盘嫁接苗自动切削及输送装置,其特征在于:包括机架、穴盘输送带、拨禾装置、分禾器、切削装置、秧苗输送带和秧苗滑槽,所述穴盘输送带设置在机架上,所述拨禾装置横跨在输送带上方固定连接,多个所述分禾器并排设置在穴盘输送带上,所述分禾器的尖端迎着所述穴盘输送带的输送方向,相邻所述分禾器之间设置所述切削装置;所述秧苗输送带设置在穴盘输送带的上方,所述秧苗输送带输送方向与穴盘输送带成三角夹角倾斜向上,所述秧苗输送带低端靠近切削装置,所述秧苗输送带高端与秧苗滑槽连接。2.根据权利要求1所述的穴盘嫁接苗自动切削及输送装置,其特征在于:所述拨...
【专利技术属性】
技术研发人员:柏宗春,夏礼如,吕晓兰,陶建平,
申请(专利权)人:江苏省农业科学院,
类型:新型
国别省市:江苏,32
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