The utility model discloses an agricultural economic greenhouse, which comprises a greenhouse body, an external wall body, an internal wall body, a buffer pool and a water collecting tank. The external wall body and an internal wall body are all installed at the inner bottom of the greenhouse body, and the front part of the greenhouse body is provided with a water collecting tank. The water collecting tank is connected with the biogas pool through a pipeline, the biogas pool is connected with the buffer pool, and the buffer pool is installed in A water pump is installed to pour the liquid in the buffer pool into the shed body. An air inlet hole is arranged on the outer wall body. The air inlet hole is connected with the air outlet hole through a connecting pipe. The connecting pipe is Z-shaped. The air outlet hole is arranged on the inner wall body. A baffle plate is arranged at the air outlet hole, and the baffle plate is installed on the piston rod through a screw, and the piston rod is installed on the sealing cylinder. Inside, the sealing cylinder is mounted on the inner wall through a bracket, and the outer wall is provided with a fixed plate installed with screws, one end of the spring is connected with the fixed plate, the other end is connected with the sliding plate, and a bell installed with screws is arranged on the sliding plate. The design of the utility model is reasonable; the Z type connecting pipe prevents rainwater and sundries from entering the shed.
【技术实现步骤摘要】
一种农业经济大棚
本技术涉及农业领域,尤其涉及一种农业经济大棚。
技术介绍
随着人们生活水平的不断提高,人们对生活质量的要求也越来越高,冬季往往因温度降低,不利于蔬菜的生长,大棚能为蔬菜提供一个适宜的生长环境,从而能使人们在冬季有充足的蔬菜进行食用。
技术实现思路
本技术的目的在于提供一种农业经济大棚,以解决上述技术问题。为实现上述目的本技术采用以下技术方案:一种农业经济大棚,包括棚体、外墙体、内墙体、缓冲池、集水槽,所述外墙体及内墙体均安装在棚体的内底部,棚体的前部开设有集水槽,集水槽通过管道与沼气池连接,沼气池与缓冲池连接,缓冲池内安装有水泵,水泵将缓冲池内的液体倒入棚体内,所述外墙体上开设有进气孔,进气孔通过连通管与出气孔连接,连通管呈Z字型,出气孔开设在内墙体上,出气孔处设有挡板,挡板通过螺钉安装在活塞杆上,活塞杆安装在密封筒内,且活塞杆能沿密封筒进行上下移动,密封筒通过支架安装在内墙体上,所述外墙体上设有螺钉安装的固定板,弹簧的一端与固定板连接,另一端与滑动板连接,滑动板上设有螺钉安装的铃铛。优选的,所述滑动板靠近外墙体的底部。优选的,所述密封筒内注入氮气,挡板的尺寸大于出气孔的尺寸。与现有技术相比,本技术具有以下优点:本技术设计合理;集水槽能对雨水进行收集,雨水进入沼气池进行沼气的发酵,当需要对棚体进行浇灌时,将缓冲池内的液体配合自来水进行灌溉;进气孔与出气孔通过连通管进行连接,Z字型连通管能防止雨水、杂物经出气孔进入大棚内;若大棚内的温度较高,密封筒内的氮气吸收热量膨胀,氮气将活塞杆向外推离,活塞杆将挡板推离出气孔,提高大棚内的散热能力;若有小动物或 ...
【技术保护点】
1.一种农业经济大棚,包括棚体(1)、外墙体(5)、内墙体(6)、缓冲池(4)、集水槽(2),其特征在于,所述外墙体(5)及内墙体(6)均安装在棚体(1)的内底部,棚体(1)的前部开设有集水槽(2),集水槽(2)通过管道与沼气池(3)连接,沼气池(3)与缓冲池(4)连接,缓冲池(4)内安装有水泵,水泵将缓冲池(4)内的液体倒入棚体(1)内,所述外墙体(5)上开设有进气孔(7),进气孔(7)通过连通管(11)与出气孔(12)连接,连通管(11)呈Z字型,出气孔(12)开设在内墙体(6)上,出气孔(12)处设有挡板(15),挡板(15)通过螺钉安装在活塞杆(14)上,活塞杆(14)安装在密封筒(13)内,且活塞杆(14)能沿密封筒(13)进行上下移动,密封筒(13)通过支架安装在内墙体(6)上,所述外墙体(5)上设有螺钉安装的固定板(8),弹簧(9)的一端与固定板(8)连接,另一端与滑动板(10)连接,滑动板(10)上设有螺钉安装的铃铛(16)。
【技术特征摘要】
1.一种农业经济大棚,包括棚体(1)、外墙体(5)、内墙体(6)、缓冲池(4)、集水槽(2),其特征在于,所述外墙体(5)及内墙体(6)均安装在棚体(1)的内底部,棚体(1)的前部开设有集水槽(2),集水槽(2)通过管道与沼气池(3)连接,沼气池(3)与缓冲池(4)连接,缓冲池(4)内安装有水泵,水泵将缓冲池(4)内的液体倒入棚体(1)内,所述外墙体(5)上开设有进气孔(7),进气孔(7)通过连通管(11)与出气孔(12)连接,连通管(11)呈Z字型,出气孔(12)开设在内墙体(6)上,出气孔(12)处设有挡板(15),挡板(15)...
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。