The utility model relates to a rice seedling raising tray, which relates to a seedling raising tray. The utility model solves the problem that the stem of the existing rice seedling is easy to bend and damage during transplanting, thereby prolonging the slow seedling time. The rice seedling raising tray is composed of a bottom plate and at least three seedling rows; the seedling raising behavior is slim, the cross section of the seedling raising row is trapezoidal, and the upper surface of the seedling raising row is provided with several seedling raising holes; the bottom of the side side of the seedling raising row is fixed with the surface of the bottom plate, the bottom of the side of the adjacent seedling raising row is fixed, and the outer edges of the two seedling raising rows on the bottom plate are provided with a through hole connected with the bottom After the rice seedling raising tray is rolled up, the trapezoidal side of the seedling raising row contacts with each other to form a stable tubular structure. The rice seedling is arranged in the inner part of the tubular structure, the bending angle of the stem of the rice seedling is small, and the tubular structure can resist higher external pressure during transportation, thereby avoiding damage and reducing the slow seedling time. The utility model is suitable for rice seedling raising.
【技术实现步骤摘要】
一种水稻育苗盘
本技术涉及一种水稻育苗盘。
技术介绍
现有的水稻育苗盘一般分平板结构,或者在平板育苗盘的上表面设置有育秧穴;现有的水稻种植过程中需要首先在温室内进行水稻育苗,到了插秧期间需要进行水稻移栽。水稻移栽过程中,水稻秧苗转移到收到种植区时一般是将水稻秧苗卷起,或者将水稻秧苗连同水稻育苗盘一起卷起,卷起后的水稻秧苗堆放在运输装置上转移到收到种植区。但是水稻秧苗在卷起后由于育苗土过于沉重或多层水稻秧苗的挤压,卷起的秧苗的茎部都会发生严重的弯折,造成秧苗的茎部受损,延长缓苗时间。
技术实现思路
本技术为了解决现有水稻秧苗移栽过程中秧苗的茎部易弯折受损,进而造成的延长缓苗时间的问题,提出一种水稻育苗盘。本技术水稻育苗盘由底板和至少3个育苗行构成;所述育苗行为条状,育苗行的截面为梯形,育苗行的上表面设置有多个育秧穴;育苗行的侧边底部与底板上表面固接,相邻的育苗行的侧边底部固接,底板上最外部的两个育苗行的外侧边上设置有与底板连通的通孔;底板上与育秧穴对应位置设置有透水孔;所述育秧穴为半球形;所述育苗行为奇数个;所述透水孔与育秧穴底部连通;所述底板为矩形板;所述底板和育苗行的材质为聚氯乙烯;育苗行的侧边底部与底板上表面固接方式为焊接,相邻的育苗行的侧边底部固接方式为焊接。本技术原理及有益效果为:本技术水稻育苗盘育苗时,平铺在温室内,在育秧穴添加育苗土后即可进行水稻育苗;水稻育苗完成后,将水稻育苗盘卷起,并用绳子将两个通孔捆扎牢固,既可以进行水稻秧苗堆放及运输。本技术水稻育苗盘中,多个平行的育苗行共用一个底板,育苗行的截面为梯形,水稻育苗盘卷起后,育苗行的梯形侧边相互接触 ...
【技术保护点】
1.一种水稻育苗盘,其特征在于:该水稻育苗盘由底板和至少3个育苗行(1)构成;所述育苗行(1)为条状,育苗行(1)的截面为梯形,育苗行(1)的上表面设置有多个育秧穴(2);育苗行(1)的侧边底部与底板上表面固接,相邻的育苗行(1)的侧边底部固接,底板上最外部的两个育苗行(1)的外侧边上设置有与底板连通的通孔(3);底板上与育秧穴(2)对应位置设置有透水孔(4)。
【技术特征摘要】
1.一种水稻育苗盘,其特征在于:该水稻育苗盘由底板和至少3个育苗行(1)构成;所述育苗行(1)为条状,育苗行(1)的截面为梯形,育苗行(1)的上表面设置有多个育秧穴(2);育苗行(1)的侧边底部与底板上表面固接,相邻的育苗行(1)的侧边底部固接,底板上最外部的两个育苗行(1)的外侧边上设置有与底板连通的通孔(3);底板上与育秧...
【专利技术属性】
技术研发人员:谢树鹏,刘立超,门龙楠,张广彬,聂守军,刘宝海,魏中华,高世伟,刘晴,刘宇强,常汇琳,马成,沈海军,符强,宗天鹏,王宝力,史淑春,
申请(专利权)人:黑龙江省农业科学院绥化分院,
类型:新型
国别省市:黑龙江,23
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