The utility model discloses an ecological flowerpot, including a basin body, the bottom of the basin body is provided with a water drawing frame, and an isolating undertaking is provided on the drawing frame, and the upper end edge of the isolated undertaking part is connected with the side wall of the basin body, and the outer wall is composed of a water storage cavity between the bottom and the side wall of the flowerpot, and the upper part of the isolation undertaking is a planting cavity above. The side wall of the basin body located at the water storage cavity is provided with an air permeable hole on the upper end, and the isolated undertaking part is an air permeable and permeable structure, which can collect the daily water or rain, and draw water through the water drawing block for the absorption of the plants planted in the soil above the isolating parts, and the air permeable holes in the upper end of the water storage cavity are set up. The water and gas can be evaporated and metabolized in the water storage cavity to form small and medium climate in the basin, and then the water and gas environment in the soil can be improved, the soil is loose, the humidity is well proportioned, and it is not easy to caking. If the water is too long, the excess water can flow through the air permeable hole to prevent the excessive water lead to plant death in the soil.
【技术实现步骤摘要】
一种生态花盆
本技术涉及花盆,尤其涉及一种生态花盆。
技术介绍
随着人们对生活环境越来越重视,盆栽已成为家居环境和办公环境中必不可少的美化物品之一,但盆栽需要经常打理才能保持较好的外观,故对花盆的改进非常必要,现有的绝大多数花盆均是在盆底设置渗水的通孔和接水垫盆,这样的花盆需要人工经常浇水,且土壤中能蓄积的水量非常有限,过多的浇水次数还会引起植物根系烂根,缺水又会引起植物萎蔫,严重时造成植物枯死。花盆中的水分把控,制约着市场上现有花盆的控水不足。
技术实现思路
鉴于目前存在的上述不足,本技术提供一种生态花盆,能够增加花盆中蓄积的水量,减少浇水次数,改善土壤中的水气环境,并保持土壤疏松。为达到上述目的,本技术的实施例采用如下技术方案:一种生态花盆,所述生态花盆包括盆体,所述盆体底部设有汲水架,所述汲水架上设有隔离承接件,所述隔离承接件的上端边缘与盆体侧壁连接,其外壁与花盆底部及侧壁间构成蓄水腔,所述隔离承接件上方为种植腔,所述蓄水腔所在的盆体侧壁靠上端的位置上设有透气孔,所述隔离承接件为透气透水结构。花盆底部为密封的盛水结构,与隔离承接件形成蓄水腔,可以将日常的浇水或降雨等收集起来,通过汲水块进行汲水以供隔离承接件上方土壤中种植的植株吸收,蓄水腔上端部位的透气孔设置,可以让蓄水腔中的水气蒸发代谢,形成盆中小气候,进而改善了土壤中的水气环境,使土壤持续疏松,湿度匀称,不易结块,同时,若雨水多或浇水过多时,多余的水可以通过蓄水腔上端的透气孔流出,防止土壤中水分过多导致植株死亡等。依照本技术的一个方面,所述隔离承接件包括网框结构的主体及裹覆于主体上的纤维棉。依照本技术的一 ...
【技术保护点】
1.一种生态花盆,其特征在于,所述生态花盆包括盆体,所述盆体底部设有汲水架,所述汲水架上设有隔离承接件,所述隔离承接件的上端边缘与盆体侧壁连接,其外壁与花盆底部及侧壁间构成蓄水腔,所述隔离承接件上方为种植腔,所述蓄水腔所在的盆体侧壁靠上端的位置上设有透气孔,所述隔离承接件为透气透水结构。
【技术特征摘要】
1.一种生态花盆,其特征在于,所述生态花盆包括盆体,所述盆体底部设有汲水架,所述汲水架上设有隔离承接件,所述隔离承接件的上端边缘与盆体侧壁连接,其外壁与花盆底部及侧壁间构成蓄水腔,所述隔离承接件上方为种植腔,所述蓄水腔所在的盆体侧壁靠上端的位置上设有透气孔,所述隔离承接件为透气透水结构。2.根据权利要求1所述的生态花盆,其特征在于,所述隔离承接件包括网框结构的主体及裹覆于主体上的纤维棉。3.根据权利要求1所述的生态花盆,其特征在于,所述...
【专利技术属性】
技术研发人员:黄亦明,王骞,杜诚,陆春晖,蔡虎,陆琳,施少华,王伟明,何玫耘,刘鹃,
申请(专利权)人:上海申迪园林投资建设有限公司,
类型:新型
国别省市:上海,31
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