The utility model discloses a vegetable nursery which is convenient for lighting, including a plastic shed cover, a control box and a greenhouse body. The upper end of the main shed is provided with a plastic shed cover, the plastic shed cover is provided with a number of sliding motors, and one side of the sliding motor is provided with a slide rail, and the lower end of the slide rail is provided with a supporting frame. The supporting beam is provided with a light intensity sensor at the lower end of the supporting beam, and the lower end of the light intensity sensor is provided with a light filling lamp, and the light supplement lamp is connected with the supporting beam. The lower end of the light filling lamp is provided with a humidifying tube, and the lower end of the humidifier has a number of humidifying nozzles, and the lower end of the humidifying nozzle is provided with a seedling tray. The lower end of the nursery is provided with a nursery frame, by setting a sliding motor to allow the sliding motor to drive the plastic shed cover to one side, so that the sunlight can directly irradiate the plants in the shed, and the lighting effect is better and is beneficial to the production of the plants.
【技术实现步骤摘要】
一种便于采光的蔬菜育苗大棚
本技术涉及一种蔬菜育苗大棚,尤其是涉及一种便于采光的蔬菜育苗大棚。
技术介绍
随着高分子聚合物-聚氯乙烯、聚乙烯的产生,塑料薄膜广泛应用于农业。日本及欧美国家于50年代初期应用温室薄膜覆盖温床获得成功,随后又覆盖小棚及温室也获得良好效果。我国于1955年秋引进聚氯乙烯农用薄膜,首先在北京用于小棚覆盖蔬菜,获得了早熟增产的效果。大棚原是蔬菜生产的专用设备,随着生产的发展大棚的应用越加广泛。当前大棚已用于盆花及切花栽培;果树生产用于栽培葡萄、草莓、西瓜、甜瓜、桃及柑桔等;林业生产用于林木育苗、观赏树木的培养等;养殖业用于养蚕、养鸡、养牛、养猪、鱼及鱼苗等。现有的育苗大棚棚顶多为固定式,不可移动,棚内育苗植物阳光通过表面薄膜后,对育苗进行照射,但薄膜在长期使用中会沾染灰尘污渍,透光度变差,使育苗大棚内的采光变差,不利于棚内植物的生长。
技术实现思路
本技术要解决的技术问题是克服现有的缺陷,提供一种便于采光的蔬菜育苗大棚,从而解决上述问题。为实现上述目的,本技术提供如下技术方案:一种便于采光的蔬菜育苗大棚,包括塑料棚盖、控制箱和大棚主体,所述大棚主体上端设有塑料棚盖,所述塑料棚盖一侧设有若干个滑动电机,所述滑动电机一侧设有滑轨,所述滑轨下端设有支撑架,所述支撑架下端设有支撑梁,所述支撑梁表面设有光照强度传感器,所述光照强度传感器下端设有补光灯,且补光灯与支撑梁相连接,所述补光灯下端设有加湿管,所述加湿管下端设有若干个加湿喷嘴,所述加湿喷嘴下端设有育苗盘,所述育苗盘下端设有育苗架,所述育苗架一侧设有加湿器,所述加湿器上端设有湿度传感器,所述湿 ...
【技术保护点】
一种便于采光的蔬菜育苗大棚,包括塑料棚盖(1)、控制箱(11)和大棚主体(17),其特征在于,所述大棚主体(17)上端设有塑料棚盖(1),所述塑料棚盖(1)一侧设有若干个滑动电机(2),所述滑动电机(2)一侧设有滑轨(3),所述滑轨(3)下端设有支撑架(9),所述支撑架(9)下端设有支撑梁(6),所述支撑梁(6)表面设有光照强度传感器(5),所述光照强度传感器(5)下端设有补光灯(4),且补光灯(4)与支撑梁(6)相连接,所述补光灯(4)下端设有加湿管(8),所述加湿管(8)下端设有若干个加湿喷嘴(7),所述加湿喷嘴(7)下端设有育苗盘(15),所述育苗盘(15)下端设有育苗架(12),所述育苗架(12)一侧设有加湿器(14),所述加湿器(14)上端设有湿度传感器(16),所述湿度传感器(16)一侧设有设有温度传感器(10),所述大棚主体(17)一侧设有散热风扇(18),所述散热风扇(18)下端设有控制箱(11),所述控制箱(11)下端设有补水箱(13)。
【技术特征摘要】
1.一种便于采光的蔬菜育苗大棚,包括塑料棚盖(1)、控制箱(11)和大棚主体(17),其特征在于,所述大棚主体(17)上端设有塑料棚盖(1),所述塑料棚盖(1)一侧设有若干个滑动电机(2),所述滑动电机(2)一侧设有滑轨(3),所述滑轨(3)下端设有支撑架(9),所述支撑架(9)下端设有支撑梁(6),所述支撑梁(6)表面设有光照强度传感器(5),所述光照强度传感器(5)下端设有补光灯(4),且补光灯(4)与支撑梁(6)相连接,所述补光灯(4)下端设有加湿管(8),所述加湿管(8)下端设有若干个加湿喷嘴(7),所述加湿喷嘴(7)下端设有育苗盘(15),所述育苗盘(15)下端设有育苗架(12),所述育苗架(12)一侧设有加湿器(14),所述加湿器(14)上端设有湿度传感器(16),所述湿度传感器(16)一侧设有设有温度传感器(10),所述大棚主体(17)一侧设有散热风扇(18),所述散热风...
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