The utility model discloses a water-saving matrix culture trough for soilless cultivation of agriculture, which comprises a matrix trough, a sponge liquid storage part, a culture medium and a support part. The sponge liquid storage part is placed in the matrix trough, and a groove is arranged above the sponge liquid storage part. The culture medium is placed in the groove, and the support part is located in the matrix trough. At the bottom, the matrix tank has a high side, a low side and a high inlet side, and a low outlet side. The matrix tank also includes a water receiving tank, an inlet and outlet tank, a water pump, a storage tank, an inlet and an outlet pipe. The water receiving tank is fixed at the bottom of the matrix tank, and the bottom plate of the matrix tank is provided with uniformly arranged drainage holes. The liquid tank is located at the liquid inlet end. The utility model has the advantages of simple and reasonable structure and low cost. The seepage in the sponge storage part is sent to the outlet tank through the water receiving tank, and then to the reservoir through the outlet pipe, so as to achieve the purpose of recycling and save water resources; the water inlet speed is alleviated by the water inlet tank, and the water overflow is prevented.
【技术实现步骤摘要】
一种节水型农业无土栽培用基质培养槽
本技术涉及农业生产设备
,具体涉及一种节水型农业无土栽培用基质培养槽。
技术介绍
无土栽培技术使人类获得了包括无机营养条件在内的,对作物生长全部环境条件进行精密控制的能力,从而使得农业生产有可能彻底摆脱自然条件的制约,向着自动化、机械化和工厂化的生产方式发展。基质无土栽培,特别是岩棉作为基质的无土栽培优点颇多,比如岩棉质地均匀,栽培床中不同的位置的营养液和氧气的供应非常的相近;岩棉的本身不传播病虫害;岩棉培能很好的解决水分、养分以及氧气的供应。随着时代的发展,水资源的利用范围越来越广,农业的发展更离不开水,但水资源的浪费依然很严重,所以无土栽培也需要做到合理运用水资源,在不影响作物生长的情况下节约用水。
技术实现思路
本技术的目的在于提供一种节水型农业无土栽培用基质培养槽,以解决上述
技术介绍
中提出的问题。为实现上述目的,本技术提供如下技术方案:一种节水型农业无土栽培用基质培养槽,包括基质槽、海绵储液部、培养基质和支撑部,所述海绵储液部放置在基质槽中,所述海绵储液部上方设有凹槽,所述培养基质放置在凹槽中,所述支撑部位于基质槽底部,且使得基质槽一边高一边低,且高的为进液端,低的为出液端,其创新点在于:还包括接水箱、进液箱、出液箱、水泵、储液箱、进液管和出液管,所述接水箱固定在基质槽的底部,所述基质槽的底板开设有均匀设置的排液孔,所述进液箱位于进液端,所述出液箱位于出液端,所述进液箱通过进液管与储液箱连通,所述进液管上设置水泵,所述出液箱通过出液管与储液箱连通,所述储液箱与接水箱连通。优选的,所述进液箱与进液端相接触的部位开设有 ...
【技术保护点】
1.一种节水型农业无土栽培用基质培养槽,包括基质槽、海绵储液部、培养基质和支撑部,所述海绵储液部放置在基质槽中,所述海绵储液部上方设有凹槽,所述培养基质放置在凹槽中,所述支撑部位于基质槽底部,且使得基质槽一边高一边低,且高的为进液端,低的为出液端,其特征在于:还包括接水箱、进液箱、出液箱、水泵、储液箱、进液管和出液管,所述接水箱固定在基质槽的底部,所述基质槽的底板开设有均匀设置的排液孔,所述进液箱位于进液端,所述出液箱位于出液端,所述进液箱通过进液管与储液箱连通,所述进液管上设置水泵,所述出液箱通过出液管与储液箱连通,所述储液箱与接水箱连通。
【技术特征摘要】
1.一种节水型农业无土栽培用基质培养槽,包括基质槽、海绵储液部、培养基质和支撑部,所述海绵储液部放置在基质槽中,所述海绵储液部上方设有凹槽,所述培养基质放置在凹槽中,所述支撑部位于基质槽底部,且使得基质槽一边高一边低,且高的为进液端,低的为出液端,其特征在于:还包括接水箱、进液箱、出液箱、水泵、储液箱、进液管和出液管,所述接水箱固定在基质槽的底部,所述基质槽的底板开设有均匀设置的排液孔,所述进液箱位于进液端,所述出液箱位于出液端,所述进液箱通过进液管与储...
【专利技术属性】
技术研发人员:刘节荣,
申请(专利权)人:桂东民生现代农业发展有限公司,
类型:新型
国别省市:湖南,43
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