Abstract: A package for golf tees (15) consisting of a wrapper formed from a cutout, said wrapper having a front-panel section (1), a rear-panel section (2) and a cover section (3) which can be folded down on the front-panel section (1). In the cutout, provision is made for holes (14) in which the golf tees (15) are inserted. Further, the cutout has at least one further hole (24) punched in it through which the tip (23) of a ball marker (22) is inserted into a divot fork (21).

Abstract: An apparatus for printing on golf tees or other conical objects. The apparatus includes a singler from which the objects are discharged one-by-one. From the singler, the objects are deposited onto a rack. In some versions of the invention, the singler vibrates. The rack is mechanically separate from the singler so that the vibrations of the singler are not transmitted to the rack. A conveyor adjacent the rack individually picks up each object. More particularly, the object is held between a pair of opposed entraining pins on the conveyor. As the object moves horizontally along the conveyor, it is passed underneath a printer that prints on the object.

Abstract: An apparatus for printing golf tees and similar nail-shaped objects has a rack (4) for forming a row of tees (2) with two rails (18, 19) on which the tees (2) rest with their heads (16) and between which they hang downward with their points (15), a conveying means (5) with an endless carrying device (21) having entrainers (22, 23) disposed side by side in pairs and spaced apart in the longitudinal direction of the carrying device (21) at a distance which is greater than the length of a tee (2), and a printing apparatus (6) for printing the tees (2) lying on the upper run (7) of the conveying means carrying device (21), the turning end (24) of the conveying means (5) being so disposed relative to the rack (4), and the conveying means (5) having such a circulating direction (25), that the particular entrainer pair (22, 23) at the turning end (24) is moved from the bottom to the top between the rails (18, 19) to engage under the head (16) of the foremost tee (2) of the row facing the turning end (24) and place i

Abstract: An apparatus for the personalization of identification cards (8) with integrated circuits (35) consisting of at least one personalizing station, for example printing stations (2, 3), furthermore a rotor (1) with a card transport device (16). Around the rotor (1) are laid out contacting devices (31a-m) in a stationary position for loading the integrated circuits (35) of the cards (8) each of which contacting devices is fitted with a card transport device (32) to pick up the cards (8) fed by the card transport device (16) of the rotor (1) and to return them after loading (1) of the integrated circuits (35) to the rotor (1). The rotor (1) is fitted with a contacting device (38) for test reading the integrated circuits (35).

Abstract: An apparatus for personalizing identification cards with integrated circuits includes at least one printing unit and a reversing unit for reversing and transporting the printed identification card. The reversing unit has a rotor, at least one card transport device fastened thereto and a contacting device for loading the integrated circuits onto the cards.

Abstract: An apparatus for double-sided printing of identification cards (1) has a printing unit (2) with a thermal printhead (17), a card transport device, an input sensor (8) and an output sensor (9) as well as a reversing unit (3) for reversing and further transporting the printed card (1) which is provided with a rotor (36) with a rotating card transport device. The card transport device on the rotor (36) is controlled so that it feeds the card (1) printed on one side and turned by 180.degree. to the printing unit (2) again without changing its direction of rotation. The card transport apparatus of the printing unit (2) is switchable from the forward to the return transport direction (A and B, respectively) for return transport of the card (1) from the output sensor (9) to the input sensor (8). When the card (1) reaches the input sensor (8) upon return transport, the card transport device is switched back for printing the other side of the card (1) and feeding it to the reversing unit (A) again.

Abstract: A printing device for the production of tamper-proof printing on print receiving material comprises a printing head which carries individually controllable heating elements and a color transmitting embossing foil.