The utility model discloses a multi-directional feeding type bacteria activation tank, which comprises a tank body and a conveying pump. The tank body is provided with an upper feeding device and a tangential feeding device. The upper feeding device includes an upper feeding pipe. The end of the upper feeding pipe is provided with a sprinkler head. The tangential feeding device includes a tangential feeding pipe. The upper feeding pipe and the tangential feeding pipe are connected to the main feeding pipe, and the main feeding pipe is connected to the main feeding pipe. The output end of the feeding pump is provided with an outlet pipe at the bottom of the tank body, and the feeding pipe is connected with a feeding pipe at the input end of the pump. The feeding pipe is connected with a water supply pipe, and the inlet pipe, a feeding pipe, an outlet pipe and a water supply pipe are respectively provided with valves. The upper intake pipe is equipped with a sprinkler head, which sprays water from above, with a large sprinkler range, and cuts into the water intake device from the tank body. The tangential direction of the wall feeds into the tank to realize the full mixing of bacteria and water; the upper feeding and tangential feeding are carried out simultaneously, which realizes the full mixing of water and bacteria quickly, and greatly improves the activation efficiency of bacteria.
【技术实现步骤摘要】
多向进水式菌种活化罐
本技术涉及一种多向进水式菌种活化罐。
技术介绍
菌种活化过程中需要加水,现有多向进水式菌种活化罐,进水效率较低,水不能快速的与菌种充分接触,影响了菌种活化效率。
技术实现思路
本技术所要解决的技术问题是提供一种使水与菌种快速充分混合,菌种活化效率高的多向进水式菌种活化罐。为解决上述技术问题,本技术的技术方案是:多向进水式菌种活化罐,包括罐体和输送泵,所述罐体内设有上进水装置和切向进水装置,所述上进水装置包括安装在所述罐体顶部的上进水管,所述上进水管的末端设有喷水莲蓬头,所述切向进水装置包括沿着所述罐体内壁的切线方向向罐体内进水的切向进水管,所述上进水管和所述切向进水管连接到进水总管上,所述进水总管连接在所述输送泵的输出端,所述罐体的底部设有出料管,所述进水总管连接有向外输送活化后菌种的送料管,所述出料管连接在所述输送泵的输入端,所述出料管上连通有与水源相连接的供水管,所述进水总管、送料管、出料管和供水管上分别设有阀门。作为优选的技术方案,所述上进水管和所述切向进水管上也分别设有阀门。由于采用了上述技术方案,多向进水式菌种活化罐,包括罐体和输送泵,所述罐体内设有上进水装置和切向进水装置,所述上进水装置包括安装在所述罐体顶部的上进水管,所述上进水管的末端设有喷水莲蓬头,所述切向进水装置包括沿着所述罐体内壁的切线方向向罐体内进水的切向进水管,所述上进水管和所述切向进水管连接到进水总管上,所述进水总管连接在所述输送泵的输出端,所述罐体的底部设有出料管,所述进水总管连接有向外输送活化后菌种的送料管,所述出料管连接在所述输送泵的输入端,所述出料管上连通有 ...
【技术保护点】
1.多向进水式菌种活化罐,其特征在于:包括罐体和输送泵,所述罐体内设有上进水装置和切向进水装置,所述上进水装置包括安装在所述罐体顶部的上进水管,所述上进水管的末端设有喷水莲蓬头,所述切向进水装置包括沿着所述罐体内壁的切线方向向罐体内进水的切向进水管,所述上进水管和所述切向进水管连接到进水总管上,所述进水总管连接在所述输送泵的输出端,所述罐体的底部设有出料管,所述进水总管连接有向外输送活化后菌种的送料管,所述出料管连接在所述输送泵的输入端,所述出料管上连通有与水源相连接的供水管,所述进水总管、送料管、出料管和供水管上分别设有阀门。
【技术特征摘要】
1.多向进水式菌种活化罐,其特征在于:包括罐体和输送泵,所述罐体内设有上进水装置和切向进水装置,所述上进水装置包括安装在所述罐体顶部的上进水管,所述上进水管的末端设有喷水莲蓬头,所述切向进水装置包括沿着所述罐体内壁的切线方向向罐体内进水的切向进水管,所述上进水管和所述切向进水管连接到进水总管上,所述进水总管连接在所述...
【专利技术属性】
技术研发人员:李金鹏,
申请(专利权)人:昌邑市宝路达机械制造有限公司,
类型:新型
国别省市:山东,37
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