The utility model discloses an agricultural ecological greenhouse. The main contents are as follows: the solar photovoltaic plate is fixed on the roof, the light guide tube is installed in the installation hole of the roof, the light shield is installed at the top of the light guide tube, the diffuser is installed at the bottom of the light guide tube, the water storage tank is installed on the left side of the sedimentation tank, and the baffle is used to isolate the water storage tank from the sedimentation tank, and the cover plate is installed in the sedimentation tank. At the top of the pond and the reservoir, the water pump is installed on the column and the water pump is connected with the reservoir through the pipeline. The flow regulating valve is connected with the water pump through the pipeline. The sprinkler rod is installed on the installation bracket. The sprinkler head is installed on the sprinkler rod. The sprinkler rod is connected with the flow regulating valve through the pipeline. The lighting lamp is installed on the top board through the hanging rope. The rainwater collecting hopper is installed under the lower end of the roof and the rainwater The pipeline is connected with the sedimentation tank. The utility model has the advantages of simple structure, energy saving and environmental protection, good stability and reliability, and has the effect of automatic irrigation, which makes the irrigation of crops in greenhouse simple and convenient.
【技术实现步骤摘要】
一种农业生态大棚
本技术涉及农业设备
,具体地说,特别涉及一种农业生态大棚。
技术介绍
随着农业科学技术的不断进步和农业生产的现代化,设施农业在我国迅速兴起,大棚种植作为设施农业的主要类型,具有明显的社会效益和经济效益,因而在我国得到了广泛的应用。大棚蔬菜种植是一种常见农业技术,虽然具有良好的保温及保水效果,但通常采用水泵泵水的方式进行浇灌;不仅浇灌设施建设投入大,而且运行费用也很高,导致蔬菜种植成本上升、制约了大棚蔬菜的发展,如何解决上述技术问题成了本领域技术人员的努力方向。
技术实现思路
本技术所要解决的技术问题在于针对上述现有技术中的不足,公开了一种农业生态大棚,其具有结构简单、节能环保的优点,稳定性和可靠性好,具备了自动浇灌的效果,使得大棚内作物的浇灌变得简单方便。本技术解决其技术问题所采用的技术方案是:一种农业生态大棚,包括立柱、沉淀池、挡板、蓄水池、过滤网、盖板、集雨斗、喷杆、太阳能光伏板、导光管、照明灯、采光罩、安装支架、漫射器、顶板、流量调节阀、喷头、水泵、连接杆和预埋块,所述立柱底部固定安装在预埋块上,所述顶板固定安装在立柱的顶面上,所述太阳能光伏板固定安装在顶板上,所述导光管固定安装在顶板上的安装孔里,所述采光罩固定安装在导光管的顶端,所述漫射器固定安装在导光管的底部,所述沉淀池安装在地下,所述蓄水池安装在沉淀池的左侧且蓄水池和沉淀池之间采用挡板隔离,所述过滤网安装在蓄水池内且过滤网靠近蓄水池顶端,所述盖板安装在沉淀池和蓄水池的顶端,所述水泵安装在立柱上且水泵通过管路与蓄水池连接,所述流量调节阀通过管路与水泵连接,所述安装支架固定安装在立 ...
【技术保护点】
1.一种农业生态大棚,其特征在于:包括立柱、沉淀池、挡板、蓄水池、过滤网、盖板、集雨斗、喷杆、太阳能光伏板、导光管、照明灯、采光罩、安装支架、漫射器、顶板、流量调节阀、喷头、水泵、连接杆和预埋块,所述立柱底部固定安装在预埋块上,所述顶板固定安装在立柱的顶面上,所述太阳能光伏板固定安装在顶板上,所述导光管固定安装在顶板上的安装孔里,所述采光罩固定安装在导光管的顶端,所述漫射器固定安装在导光管的底部,所述沉淀池安装在地下,所述蓄水池安装在沉淀池的左侧且蓄水池和沉淀池之间采用挡板隔离,所述过滤网安装在蓄水池内且过滤网靠近蓄水池顶端,所述盖板安装在沉淀池和蓄水池的顶端,所述水泵安装在立柱上且水泵通过管路与蓄水池连接,所述流量调节阀通过管路与水泵连接,所述安装支架固定安装在立柱上,所述喷杆安装在安装支架上,所述喷头安装在喷杆上,所述喷杆通过管路与流量调节阀连接,所述照明灯通过挂绳安装在顶板上,所述连接杆两端分别安装在相邻的立柱上,所述集雨斗安装在顶板低端的正下方且集雨斗通过管路与沉淀池连接。
【技术特征摘要】
1.一种农业生态大棚,其特征在于:包括立柱、沉淀池、挡板、蓄水池、过滤网、盖板、集雨斗、喷杆、太阳能光伏板、导光管、照明灯、采光罩、安装支架、漫射器、顶板、流量调节阀、喷头、水泵、连接杆和预埋块,所述立柱底部固定安装在预埋块上,所述顶板固定安装在立柱的顶面上,所述太阳能光伏板固定安装在顶板上,所述导光管固定安装在顶板上的安装孔里,所述采光罩固定安装在导光管的顶端,所述漫射器固定安装在导光管的底部,所述沉淀池安装在地下,所述蓄水池安装在沉淀池的左侧且蓄水池和沉淀池之间采用挡板隔离,所述过滤网安装在蓄水池内且过滤网靠近蓄水池顶端,所述盖板安装在沉淀池和蓄水池的顶端,所述水泵安装在立...
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