The utility model discloses an initial rainwater collector, including a collecting water tank and a water collecting mechanism. The two sides of the collecting water tank are reserved with an installation part. The central part of the collecting water tank is set as a water collecting chamber, and a group of water collecting mechanisms are arranged symmetrically in the water collecting chamber. A single water collecting mechanism includes a confluence pipe and a set of water collecting pipes, and a group of water collecting pipes are symmetrical. It is set at both ends of the confluence pipe, and a set of water collecting pipes are set corresponding to the water collecting port of the collecting water tank. A single water collecting pipe is composed of a water collector, at least one water collecting branch and water collecting joint. The water collector is connected through the short pipe with the confluence pipe. At least one water collecting branch is connected with the water collector and each water collecting branch is used. A water catchment joint is arranged on the board. The utility model has reasonable structure. A set of water collecting mechanism is set on the collecting water tank. By setting a set of water collecting pipes and water collecting ports, the water collecting pipe can obviously increase the amount of water collected each time, the working efficiency is high, and the water collecting effect is remarkable, the cost is low, and the operability is strong.
【技术实现步骤摘要】
一种初期雨水收集器
本技术涉及雨水收集
,尤其是涉及了一种初期雨水收集器。
技术介绍
海绵城市,是新一代城市雨洪管理概念,是指城市在适应环境变化和应对雨水带来的自然灾害等方面具有良好的“弹性”,也可称之为“水弹性城市”。下雨时吸水、蓄水、渗水、净水,需要时将蓄存的水“释放”并加以利用,因此城市雨水的资源化和雨水的收集利用是较为理想的途径。但是现有技术的雨水收集器一般设置有一个集水口,工作效率较低,而且雨水收集效果较差,成本投入大。因此,为了解决上述存在的问题,本技术特提供了一种新的技术方案。
技术实现思路
本技术的目的是提供了一种结构合理、工作效率高以及成本低的初期雨水收集器。本技术针对上述技术缺陷所采用的技术方案是:一种初期雨水收集器,包括集水箱和集水机构,所述集水箱的两侧预留有开设定位孔的安装部,集水箱的中部设置为集水腔,所述集水腔内对称设置有一组集水机构,单个所述集水机构包括汇流管道和一组集水管道,一组集水管道对称设置在汇流管道的两端,且一组集水管道与集水箱的集水口对应设置,单个所述集水管道由集水主管、至少一个集水支管和集水接头,其中集水主管通过短管与汇流管道贯通相连,至少一个集水支管与集水主管相贯通,且每个集水支管上设置有集水接头。进一步地,每个集水主管的开口端均连接有3个集水支管,且3个集水支管和集水主管的弯曲部呈十字形状。进一步地,每个集水机构的汇流管道上连接有排水管道。进一步地,每个汇流管道的两端设置有流量控制阀。本技术的有益效果是:本技术结构合理,在集水箱上设置一组集水机构,通过一组集水管道与集水口对应设置,能够明显增加每次收集的水量,大大提 ...
【技术保护点】
1.一种初期雨水收集器,包括集水箱和集水机构,其特征在于:所述集水箱的两侧预留有开设定位孔的安装部,集水箱的中部设置为集水腔,所述集水腔内对称设置有一组集水机构,单个所述集水机构包括汇流管道和一组集水管道,一组集水管道对称设置在汇流管道的两端,且一组集水管道与集水箱的集水口对应设置,单个所述集水管道由集水主管、至少一个集水支管和集水接头,其中集水主管通过短管与汇流管道贯通相连,至少一个集水支管与集水主管相贯通,且每个集水支管上设置有集水接头。
【技术特征摘要】
1.一种初期雨水收集器,包括集水箱和集水机构,其特征在于:所述集水箱的两侧预留有开设定位孔的安装部,集水箱的中部设置为集水腔,所述集水腔内对称设置有一组集水机构,单个所述集水机构包括汇流管道和一组集水管道,一组集水管道对称设置在汇流管道的两端,且一组集水管道与集水箱的集水口对应设置,单个所述集水管道由集水主管、至少一个集水支管和集水接头,其中集水主管通过短管与汇流管道贯通相连,至少一个...
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