2results about How to "Realize deployment" patented technology

This invention provides a mixing device for a powdered bactericide, including a storage box with partitions fixed at equal intervals inside. Semi-circular discharge ports are evenly spaced at the bottom of the storage box, each with a rotating mixing tube. Mixing box connecting rods are fixedly installed on both sides of the storage box, and a mixing box is fixedly connected between these connecting rods. A lifting pipe hole is opened at the upper part of the mixing box, corresponding to the rotating mixing tube. A lifting pipe is slidably connected to the lifting pipe hole and inserted into the rotating mixing tube. This invention achieves quantitative feeding and mixing of raw materials by arranging multiple sets of storage boxes parallel to each other on the upper part of a mixing device and by providing a rotating feed tank structure between the storage box and the mixing device. By extending and retracting the feed tank structure to change its volume, raw materials from the storage box are fed into the feed tank structure through the rotating structure until it is full.

The utility model relates to water quantity deployment device technical field especially is related to a kind of multidirectional water regulating device.Multidirectional water regulating device includes: multiple water intakes, sand trap, pump station and water outlet valve well, multiple water intakes are respectively set in each water area, sand trap is communicated with multiple water intakes, pump station is communicated with sand trap and pump station is set in the downstream of sand trap, water outlet valve well is communicated with pump station and water outlet valve well is set in the downstream of pump station, and water outlet valve well is used to be communicated with the drain pipe of each water area.The multidirectional water regulating device provided by the utility model can meet the requirement of multidirectional water intake and drainage, realize water quantity deployment under multiple working conditions, and achieve water circulation between each water area.