The discharge gate (12) is movable to a first position covering the discharge opening and to a second position exposing the discharge opening.

The power grid kit (2) comprises a positive power grid (21) and a discharge grid (22).

A timed controller and dump gate operate so that debris is carried out of the assembly.

A discharge grid (23) is disposed above the filter paper (21).

A lower discharge grid is disposed below the positive electric wire.

A piece of filter paper (2), a positive power grid (3), and a lower discharge grid (4) are sequentially disposed inside the housing (1) from top to bottom.

The lower discharge grid is fixed on the air flue support plate by using the support column.

A conducting plate (22) electrically connected to the discharge grid (23) is disposed on the sidewall of the filter (2).

A slot (3) capable of accommodating the discharge grid (22) is disposed in the inner surface of the filter housing (1).

An actuator is operatively connected to the discharge gate for effecting movement thereof between closed and open positions.

The apparatus includes a generally elongated vibratory conveyor bed along which food products are conveyed, with at least one discharge gate positioned at one end of the conveyor bed.

A fluid bed processing system (10) in accordance with one embodiment of the present invention includes a product chamber (14), a fluid supply system (16), and a discharge gate (12).

The discharge gate (12) is movable to a first position covering the discharge opening and to a second position exposing the discharge opening.

The power grid kit (2) comprises a positive power grid (21) and a discharge grid (22).

grid-controlled arc discharge tube