Pouring shunting device

Abstract

The utility model provides a pouring shunting device which comprises a pouring tank, a buffer assembly and a plurality of shunting pipes, the pouring tank is hollow, the two ends of the pouring tank are open, one end of the buffer assembly communicates with the pouring tank, the buffer assembly comprises a plurality of shunting holes, and the shunting holes are located in the end, relatively away from the pouring tank, of the buffer assembly; the multiple shunting pipes are arranged at the end, away from the pouring tank, of the buffering assembly corresponding to the multiple shunting holes, and the shunting pipes communicate with the buffering assembly through the shunting holes; according to the pouring shunting device, the buffer assembly firstly receives the energetic material flowing out of the pouring tank, and then the plurality of shunting holes are matched with the plurality of shunting pipes to guide the energetic material in the buffer assembly to flow into the plurality of molds at a constant speed, so that the time for precipitating impurities and the time for eliminating bubbles are given to the energetic material flowing into the buffer assembly; and moreover, the buffered energetic material is accurately guided to flow into a plurality of molds, so that the conveying efficiency is improved.

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