The utility model discloses a high efficiency rice seedling plate, which includes a disc body and a water tank, and a supporting frame is fixed between the disc main body and the water tank. A silo door is opened on the left and right sides of the disc body. The interior of the disc is fixed and arranged with a partition board, the upper end of the partition plate is fixed with a hemispherical bowl bowl, the lower end of the partition plate is a water injection area, the bottom of bowl bowl is bottom and the bottom of the bowl. The water injection area is connected, the temperature sensor is fixed in the water injection area, the water outlet is set on one side of the water injection area, the water outlet is fixed with the solenoid valve, the bottom of the main body is fixed to set the bottom foot, the bottom of the water tank is a bucket structure, the upper end of the water tank is set up the inlet of the water tank, and the liquid heating rod is fixed inside the tank inside. The tank is fixed in the tank. The water tank is fixed in the tank. The water tank is fixed in the tank and the tank is fixed in the tank. The water tank is fixed in the tank. The water tank is fixed in the tank and the tank is fixed in the tank. The water tank is fixed in the tank. The tank is fixed with the liquid heating rod and the tank is fixed in the tank. One end of the guide pipe is fixed at the bottom, and the other end of the guide pipe is communicated with the water injection area. The utility model can inject a certain amount of water into the water injection area of the main body of the disc and the water diversion pipe to maintain the seedling growth, and the drainage is very convenient, the structure design is reasonable and simple, and the manufacturing cost is low.
【技术实现步骤摘要】
一种高效水稻育秧盘
本技术涉及水稻育秧盘
,具体涉及一种高效水稻育秧盘。
技术介绍
目前水稻以盘式育苗方式为主。为了降低机插过程中的漏秧率,育苗用种量往往过度增加,导致水稻秧苗群体密度过大,秧苗素质低,严重影响了水稻产量和品质。降低播量是培育水稻壮苗的重要手段,然而水稻播量下降后会导致秧苗密度降低,引起水稻机械移栽过程中空穴率增加。条播方式通风性好,采光合理,为幼苗提供良好的生长环境,有利于水稻秧苗的生长,是解决培育壮苗和降低空穴率的途径之一。目前的水稻育秧装置没有保温装置,在温度较低的地区,秧苗容易受冻,影响了其正常发育,且该种装置结构复杂,制造成本过高。
技术实现思路
本技术的目的在于提供一种高效水稻育秧盘,以解决上述
技术介绍
中提出的问题。为实现上述目的,本技术提供如下技术方案:一种高效水稻育秧盘,包括盘主体和水箱,其创新点在于:所述盘主体与水箱之间固定设置支撑架,所述盘主体的左右两侧开设仓门,所述盘主体内部固定设置隔板,所述隔板上端固定设置半球形的钵碗,所述隔板的下端为注水区域,所述钵碗底部与注水区域相连通,所述注水区域内固定设置温度传感器,所述注水区域的一侧开设出水口,所述出水口上固定设置电磁阀,所述盘主体的下端固定设置底脚,所述水箱的底部为斗型结构,所述水箱的上端开设进水口,所述水箱内部固定设置液体加热棒,所述水箱的底部固定设置导水管的一端,所述导水管的另一端与注水区域连通,所述支撑架上固定设置控制装置,所述控制装置分别与温度传感器、电磁阀及液体加热棒电性连接。优选的,所述隔板与盘主体为可拆卸连接,所述盘主体内固定设置托板,所述隔板放置在托板上。优 ...
【技术保护点】
一种高效水稻育秧盘,包括盘主体(1)和水箱(2),其特征在于:所述盘主体(1)与水箱(2)之间固定设置支撑架(3),所述盘主体(1)的左右两侧开设仓门(4),所述盘主体(1)内部固定设置隔板(5),所述隔板(5)上端固定设置半球形的钵碗(6),所述隔板(5)的下端为注水区域(7),所述钵碗(6)底部与注水区域(7)相连通,所述注水区域(7)内固定设置温度传感器(8),所述注水区域(7)的一侧开设出水口(9),所述出水口(9)上固定设置电磁阀(10),所述盘主体(1)的下端固定设置底脚(11),所述水箱(2)的底部为斗型结构,所述水箱(2)的上端开设进水口(12),所述水箱(2)内部固定设置液体加热棒(13),所述水箱(2)的底部固定设置导水管(14)的一端,所述导水管(14)的另一端与注水区域(7)连通,所述支撑架(3)上固定设置控制装置(15),所述控制装置(15)分别与温度传感器(8)、电磁阀(10)及液体加热棒(13)电性连接。
【技术特征摘要】
1.一种高效水稻育秧盘,包括盘主体(1)和水箱(2),其特征在于:所述盘主体(1)与水箱(2)之间固定设置支撑架(3),所述盘主体(1)的左右两侧开设仓门(4),所述盘主体(1)内部固定设置隔板(5),所述隔板(5)上端固定设置半球形的钵碗(6),所述隔板(5)的下端为注水区域(7),所述钵碗(6)底部与注水区域(7)相连通,所述注水区域(7)内固定设置温度传感器(8),所述注水区域(7)的一侧开设出水口(9),所述出水口(9)上固定设置电磁阀(10),所述盘主体(1)的下端固定设置底脚(11),所述水箱(2)的底部为斗型结构,所述水箱(2)的上端开设进水口(12),所述水箱(2)内部固定设置液体加热棒(...
【专利技术属性】
技术研发人员:欧阳政,
申请(专利权)人:湖南锦里正稻生态农业有限公司,
类型:新型
国别省市:湖南,43
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