JPH045243U - - Google Patents

Description

[Brief explanation of drawings]

1 to 4 are side views of aluminum scrap separating belt conveyors according to the first to fourth embodiments of the present invention, respectively, and FIG. 5 is a side view of a conventional aluminum scrap separating belt conveyor. In the figure, 35, 56, 62... Repulsion plate, 41, 51, 58... Compressed air jet pipe, 71,
72, 73, 74...Aluminum scrap separation belt conveyor.

Claims (1)

[Claims for Utility Model Registration] (1) A belt is wound around a drive roller at one end and around a non-metallic cylinder at the other end, and the belt is built into the cylinder, and the peripheral edge alternates between N and N poles. The rotating magnet is rotated in the same direction at a rotation speed higher than the rotation speed of the cylindrical body, and non-magnetic metal debris is removed from the other end of the belt. In a non-magnetic metal separation belt conveyor that separates waste components by discharging them on a trajectory different from that of other waste components, a repulsion plate is disposed below the waste discharge end of the belt, and non-magnetic metals with a small repulsion coefficient are separated. The non-magnetic metal waste components entangled with the magnetic waste components collide with the repulsion plate during separation and discharge flight from the waste discharge end of the belt, and due to the difference in repulsion force, the non-magnetic metal waste components are separated from the non-magnetic metal waste components. A non-magnetic metal separation belt conveyor, characterized in that metal waste components are separated and introduced into respective waste component discharge spaces. (2) A belt is wound around a drive roller at one end and around a non-metallic cylinder at the other end, and the belt is built into the cylinder, and the peripheral edge is magnetized alternately into north and south poles. The rotary magnet is rotated in the same direction at a rotation speed higher than the rotation speed of the cylindrical body, and non-magnetic metal dust components are separated from other dust components from the other end of the belt. A non-magnetic metal separation belt conveyor that separates non-magnetic metals by discharging them along different trajectories is equipped with a compressed air jet pipe that blows out compressed air toward the bottom of the waste discharge end of the belt. The non-magnetic metal waste components entangled with the magnetic waste components are separated and discharged from the waste discharge end of the belt. During the flight, the compressed air from the compressed air jet pipe blows the non-magnetic metal waste components and the non-magnetic metal waste components. A non-magnetic metal separation belt conveyor, characterized in that it separates entanglements with metallic dust components and introduces them into respective dust component discharge spaces according to their specific gravity differences. (3) A belt that is wound around a drive roller at one end and around a non-metallic cylinder at the other end, and is built into the cylinder, and the peripheral edges are mutually magnetized to N and S poles. The rotary magnet is rotated in the same direction at a rotation speed higher than the rotation speed of the cylindrical body, and non-magnetic metal dust components are separated from other dust components from the other end of the belt. In a non-magnetic metal separation belt conveyor that separates waste by discharging it along different trajectories, a repulsion plate and a compressed air jet pipe for spouting compressed air toward the repulsion plate are arranged below the dust discharge end of the belt. , a non-magnetic metallic dust component having a small repulsion coefficient and entangled with a non-metallic dust component having a small specific gravity collides with the repulsion plate while being separated and discharged from the dust discharge end of the belt; Compressed air is blown toward the air from the compressed air jet pipe to separate non-magnetic metallic waste components and non-metallic waste components due to the difference in repulsive force and specific gravity of these waste components, and to discharge each waste component. A non-magnetic metal separation belt conveyor characterized by being introduced into a space. (4) A belt is wound around a drive roller at one end and around a non-metallic cylinder at the other end, and the belt is built into the cylinder, and the peripheral edge is magnetized alternately to N and S poles. The rotary magnet is rotated in the same direction at a rotational speed higher than that of the cylindrical body, and non-magnetic metal dust components are separated from other dust components from the other end of the belt. In a non-magnetic metal separation belt conveyor that separates waste by discharging it along different trajectories, a compressed air jet pipe for jetting compressed air is provided below the waste discharge end of the belt, and a A repulsion plate is arranged below, and non-magnetic metal dust components entangled with non-metallic dust components with a small repulsion coefficient are compressed from the compressed air jet pipe while being separated from the dust discharge end of the belt. The entanglement between the non-magnetic metallic waste component and the non-metallic waste component is separated using air, and the separated non-magnetic metallic waste component and non-metallic waste component are discharged into their respective waste component discharge spaces. In addition, the unseparated garbage components are caused to collide with the repellent plate to separate non-metallic garbage components with a small repulsion coefficient and non-magnetic metal garbage components with a larger repulsion coefficient.
A non-magnetic metal separation belt conveyor, characterized in that the particles are separated by the repulsion plate due to the difference in repulsion force, and are introduced into respective waste discharge spaces.