A conveying belt (41) is mounted on the conveying belt frame (40).

The conveyor belt is arranged with a plurality of carrying units.

The invention provides a conveyor belt support frame assembly (12) which automatically mechanically corrects lateral conveyor belt drift.

A movable abutment belt (3) is mounted to said frame and juxtaposed with said conveyor belt (4).

Apparatus and method for activating conveyor belt rollers (16) by raising and lowering the conveyor belt (12).

When the transporting belt is moved along the fixed electrode, the sheet is transported while being electrostatically clamped by the transporting belt.

In addition, the conveyor belt system comprises a belt movement system channel configured to move the belt in a loop during use.

Each of the two ends of the conveying belt is provided with a conveying motor (29).

The belt conveyor comprises a driving roller (1), a driven roller (2), and a conveying belt (3).

The device comprises a transport belt, at least one printing unit arranged for applying a toner to the transport belt, and at least one heat source.

A belt conveyor system (10) having a continuous, looping carrier belt (28) entrained around a belt plate (20) which is supported by a frame (12).

The invention concerns a conveyor belt arrestor, primarily for use with inclined conveyor belts, which operates to arrest the belt in the event that the belt breaks.

A conveying belt (27) is provided on the upper side of the frame.

Between the cutter (50) and the processing device (40) are arranged a first transportation belt device (54) and a second transportation belt device (57).

Provided is a conveyance belt which comprises a fabric-based mesh structure for high-speed conveyance of a conveyance target sucked from below and loaded on the belt.