Inclined pushing mechanism for overturned edge forming

The invention discloses an inclined pushing mechanism for overturned edge forming. An overturned edge is obliquely arranged on the vertical plane. A first sliding block driven by a drive mechanism, asecond sliding block and a third sliding block are included. The second sliding block abuts against the first sliding block through a first slope and is arranged on a first sliding rail, and the second sliding block can slide back onto the first sliding block along the first sliding rail under the action of the first sliding block. The third sliding block abuts against the second sliding block through a second slope and is arranged on a second sliding rail. The third sliding block is provided with an overturned edge block for overturned edge forming, and the third sliding block can drive the overturned edge block to slide back onto the second sliding block along the second sliding rail under the action of the second sliding block. The second sliding rail is obliquely arranged and is perpendicular to the overturned edge part so that the third sliding block can drive the overturned edge block to move in the overturned edge face normal direction. By usage of the inclined pushing mechanism, product inclined overturned edge machining is finished, and the product size and machining quality are guaranteed.