Abstract: A method of opening a security housing that requires authorization and unlocking moves the printing module transversely by a transverse mover into an additional unlocked position, as a result of which, the security housing or an access thereto is unlocked. The configuration has a mechanical locking or element and a printing module. The printing module is mounted such that it can be moved transversely to the transporting direction, for mechanically releasing the lock of a security-housing part directly or indirectly, by the security-housing part only being released once an additional security-housing part has been unlocked. The latter has a locking element that is disposed in the interior of the security housing and can be actuated by the printing module.

Abstract: A method of opening a security housing that requires authorization and unlocking moves the printing module transversely by a transverse mover into an additional unlocked position, as a result of which, the security housing or an access thereto is unlocked. The configuration has a mechanical locking or element and a printing module. The printing module is mounted such that it can be moved transversely to the transporting direction, for mechanically releasing the lock of a security-housing part directly or indirectly, by the security-housing part only being released once an additional security-housing part has been unlocked. The latter has a locking element that is disposed in the interior of the security housing and can be actuated by the printing module.

Abstract: A method of opening a security housing that requires authorization and unlocking moves the printing module transversely by a transverse mover into an additional unlocked position, as a result of which, the security housing or an access thereto is unlocked. The configuration has a mechanical locking or element and a printing module. The printing module is mounted such that it can be moved transversely to the transporting direction, for mechanically releasing the lock of a security-housing part directly or indirectly, by the security-housing part only being released once an additional security-housing part has been unlocked. The latter has a locking element that is disposed in the interior of the security housing and can be actuated by the printing module.

Abstract: A device for printing stock such as pieces of mail in postage meters and/or addressing machines. A guide plate, along which the stock slides, is inclined relative to the vertical and has a recessed region for an ink jet printing device with at least one print head. A conveyor advances the stock along the guide plate. The recessed region includes at least one cutout and a downstream region of the guide plate is so far recessed from a bearing surface for the stock that there is no contact with the latter in that location. That ensures sufficient penetration time for ink and prevents smearing of the printed image. The device improves the printing technology and simplifies transport of the piece of mail. The simple construction ensures precise feeding of the stock and a clean printed image.

Abstract: A configuration for printing striplike print carriers in a postage meter and/or addressing machine, includes contact-pressure elements secured to a revolving conveyor belt for transporting the print carriers upright and in contact with a guide plate having a printing window. The contact-pressure elements are movable resiliently toward and away from the guide plate and the print carriers are printed by an ink jet print head located behind the printing window. In order to expand a range of use, increase reliability and make it possible to selectively print not only letters but also postage strips or address labels, a strip magazine in an entrance region of the otherwise conventional print carriers, a guide part which is disposed in an insert and is initially concave and then convex in shape, and a spacer part in the printing window, which is adapted to a jet distribution, are disposed at the level of the printing window.

Abstract: A device for printing stock standing on edge, in particular a piece of mail in postage meters and/or addressing machines includes a guide plate along which the stock slides. The guide plate is inclined relative to the vertical and has a recessed region for a printing device. A rotating conveyor advances the stock along the guide plate. The printing device is an ink jet printing device with at least one ink jet print head. The recessed region includes at least one cutout and a downstream region of the guide plate is so far recessed from a bearing surface for the stock that there is no contact with the latter in that location. That ensures sufficient penetration time for ink and prevents smearing of the printed image. Pressure elements with a pressure plate are fastened to the conveyor. The pressure plate is moved against spring force toward and away from the guide plate and presses the stock against the same. A friction lining fastened to the pressure plate carries the stock.

Abstract: A device for printing stock standing on one edge, in particular a piece of mail in a postage meter and/or addressing machine, includes a guide plate for the stock which is inclined relative to the vertical and has a recessed region for a printing device. A rotating conveyor has a conveying plane which extends orthogonal to the guide plate and on which the stock stands on one edge and is transported in one direction while resting against the guide plate. The recessed region includes at least one cutout and a region of the guide plate downstream of the cutout is so far recessed from a bearing surface for the stock that there is no contact with the latter in this location. This ensures sufficient penetration time for the ink and prevents smearing of the printed image. The printing device is an ink jet printing device which is stationary during printing and which has a nozzle plane that extends parallel to the guide plate. The guide plate is inclined a maximum of 45.degree. from vertical.