Abstract: An inserter has a motor (37), a drive line between the motor (37) and a path for transporting envelopes or postal items and a coupling in the drive line, a coupling control mechanism (48, 59, 76) connected for engaging a control member (47; 58) of the coupling; and an at least two-way selector transmission (74, 75, 77, 78) for driving the drive line if the selector transmission (74, 75, 77, 78) is in a first operating condition and for driving the coupling control mechanism (48, 59, 76) for operating the coupling if the selector transmission (74, 75, 77, 78) is in a second operating condition.

Abstract: An envelope closing mechanism with a deflector (11; 61) for urging a flap (6) of an envelope (3) from the transport path (20; 70); and a moistener (7) for moistening at least a portion of the flap (6) of an envelope (3). The deflector (11; 61) is movable between a position of rest on a side of the transport path (20; 70) located opposite the moistener, and a deflecting position on the other side of the transport path (20; 70) for urging the flap (6) of the envelope (3) against the moistener (7). If the deflector (11, 61) is in the deflecting position, it releases the transport path (20; 70) for transporting the envelope (3) along the deflector (11, 61). From a position in which the flap (6) of the envelope (3) extends between the moistener (7) and the deflector (11) in a deflecting position, the envelope (3), following the transport path (20; 70) is transported along the deflector (11) in the deflecting position with the fold leading. A method for closing envelopes is also described.

Abstract: An apparatus for inserting documents (2) having at least one guide strip (13, 14) which is reciprocable between a retracted position and a projecting position in which it reaches further into the stuffing position than in the retracted position for guiding into an envelope (11) in the stuffing position at least one document (2) coming from the document transport path (1).

Abstract: An apparatus for transporting sheets from paper or other material that is form-retaining in its plane, having a transport track with a transport roller with a circumference, of which a circumferential section extending through an angular range of the circumference forms a bend from a first track portion to a second track portion. At least one sheet guide has a sheet guiding surface facing the circumferential section, which sheet guiding surface extends coaxially with at least a portion of the circumferential section. At least the sheet guiding surface or the circumferential section is yieldably supported for yieldably urging towards each other the sheet guiding surface and the circumferential section.