Disclosed are a propellant with relatively large particles due to continuous propagation of the propulsion charges placed on the mesh network, continuous left-right movement of the left-right moving frame, continuous front-rear moving of the front-rear moving frame, and vibration of the vibration motor provided in the hopper member. The particles are separated into small igniters, but the propellant is filtered through the mesh net and discharged through the first outlet when the rotating frame is rotated, and the ignition agent passes through the mesh net and is discharged into the vacuum suction type collector connected to the second outlet, making it quick and easy. Not only is it possible to separate, but also the propellant charge separation device that prevents safety accidents as the materials of the components are made of stainless or aluminum material with conductive function, and the cylinder mechanism and motors are operated pneumatically excluding electricity. It is about. Propelling charge separation device according to the disclosed content is seated and supported on the ground, and a base frame provided with a prop in a vertical direction on one side, and a lower one side hinged to the upper end of the prop and a first cylinder mechanism at one edge A pivoting frame that is operably installed and is provided with a pair of first moving rails parallel to the left and right directions on both sides of the upper surface, and one side is installed on the base frame and the other side is installed on the other side of the lower side of the pivoting frame, depending on the operation status. A second cylinder mechanism that allows the rotation frame to rotate, and a pair of first guides positioned on the rotation frame and coupled to the first moving rail on the lower surface thereof are provided, and one side thereof is provided to the first cylinder mechanism. Connected and continuously moved in the left-right direction according to the operation of the first cylinder mechanism, the third cylinder at one edge The mechanism is operatively installed and a pair of second moving rails on both sides of the upper surface are provided in parallel in the front-rear direction, and the left and right moving frames are located on the left and right moving frames, but coupled to the second moving rail on its lower surface A pair of second guides are provided, and one side thereof is connected to the third cylinder mechanism to continuously move in the front-rear direction depending on whether the third cylinder mechanism is operated, and the front and rear movements formed in a hopper shape. It is provided inside the frame, but the inside is provided with a mesh network so that the propellant charge can be separated into a propellant and an igniter by continuous movement of the left and right moving frames and front and rear moving frames, and the side is made in a direction inclined when the rotating frame is rotated. 1 A discharge port is provided to separate and discharge the propellant filtered by the mesh net, and the left and right moving frames And a hopper member provided with a second outlet extending to the side of the pivoting frame to separate and discharge the ignition agent passing through the mesh network, and an igniter and dust discharged through the second outlet operatively connected to the second outlet. A vacuum suction type collector that is subjected to this suction treatment is included.
展开▼
