Esselte Pendaflex Corporation

Kurt Schrotz

Werner Becker

Heinz Kistner

Ulf Koch

Richard Schwobel

A printing mechanism (10) is descirbed which comprises a plurality of setting wheels (16) rotatably mounted on a common axis. With these settings wheels (16) type carriers (20) carrying printing types in one peripheral region and indicator types in another peripheral region are in a drive connection. A setting shaft (42) carrying an actuating knob (48) and adapted to be brought into a drive connection with each of the setting wheels (16) is arranged rotatably and axially displaceably. Stop means limit the rotation angle of the setting wheels (16). The actuating knob (48) and the setting shaft (42) are in connection with each other via a slip coupling.

Printing mechanism with knob attached via slip coupling

An apparatus is described by which a label bearing tape can be transported intermittently in a manually operated labeler. The device contains a transporting carriage (19) reciprocable along the label bearing tape (5). In the carriage a latch (22) with a clamping face (25) is held in frictional engagement with the label bearing tape so that during movement of the carriage in one direction it freely slides on the label bearing tape, while during movement of the carriage in the other direction it clamps the label bearing tape against an abutment surface (26) with self-locking action. The clamping face of the latch is covered with abrasive paper, preferably with an aluminous abrasive paper.

Device for intermittently transporting a label bearing tape in a

The invention relates to a hand labeling apparatus for printing and applying adhesive labels on articles. The apparatus comprises a printer (21) held by a printer carrier (20) which is pivotable between an inoperative and an operative position. In the inoperative position the printer carrier (20) holds the printer (21) lifted off an adhesive label (11) lying on a printing platen (14), while in operative position it holds the printer (21) in contact with the adhesive label (11). By drive means (3, 30, 5) the printer carrier (20) can be moved from the inoperative into the operative position and can be automatically returned to the inoperative position under the influence of a resetting force. In order to prevent double imprints on the adhesive label the device includes retaining means (46, 60) which hold the printer carrier (20) in the operative position with a retaining force that is less strong than the resetting force.

Hand labeling apparatus

A labeling device is described by means of which adhesive labels can be printed, dispensed, and applied on an article. During each operating cycle an adhesive label is printed in the device and transported into a dispensing position below an applicator roll which is mounted for rotation on an elastically deformable axle. In order to render the applicator roll yieldable to a degree desirable to make it conform to the surface to be provided with an adhesive label, the applicator roll is supported on the axle in a central region of its longitudinal extension, while on either side of said central region there follow axle bore regions extending up to the end faces of the applicator roll in which the latter surrounds the axle with a clearance.

Labeling device

The machine intended for printing two lines of characters of different color (8, 9) on self-adhesive labels comprises two printheads mounted in a rocking housing (7). This housing comprises two holding elements (14, 16) engaged in two guide slots (17, 19), and a drive finger (15) engaged in a fork (18) of a drive lever (13) actuated by a trigger (3). The slots have shapes which are so adapted that upon the printing impact of the two lines of characters on a print platen (12) the rocking of the housing is transformed into a translation which is not affected by the play and movements of the drive lever and is oriented towards the print platen. Two inking rollers of different color (22, 23) are mounted in a common retractable support (24) by means of a mechanism (26, 29, 30) intended to assure the selective inking of the two lines of characters.

Portable labeling machine

This invention relates to a belt printing mechanism with parallel mounted endless type belts which carry on their exterior surface print types. These type belts extend around an adjustment wheel and a plurality of star wheels where the star wheels are rotatable about a shaft where each star wheel has four corners. A catch mechanism is held under tension against the star wheels and holds these in predetermined detent positions to prevent free rotation of the star wheels. When printing multi-character symbols, the selected print types of adjacent type belts must be brought into predetermined printing positions. In order to assure a clean print copy, care must be taken that the print types rest in the exact same line height. In order to accomplish this, the catch mechanism for each star wheel is provided with a spring tongue which touches at least two separated points of the perimeter of its associated star wheel between two adjacent corners thereof. The plane of each spring tongue with respect to the plane in which its associated star wheel rotates is an acute angle. When the type belts are adjusted, the catch mechanism generates pressures which are clearly recognizable by the operator and which simplify the procedure of bringing the print types into their predetermined printing positions.

Belt printing mechanism having improved catch mechanism for detenting

A hand-held labelling apparatus for printing, dispensing and applying self-adhering labels, having a housing provided with a handle and having two side walls consisting of sheet metal and held in spaced relation. Each side wall of the said housing comprises two parallel and free edges which are opposite one another. Casing or sheathing walls consisting of synthetic plastics are capable of being pushed over the outsides of each side wall. The said casing walls comprise flanges which engage over the free edges of the side walls.

Hand-held label printing, dispensing and applying apparatus

In a printing device such as labelling appliance having a printing table, a printer movably mounted with respect to the table, an ink carrier which inks printing types carried by the printer, an inking pivot member which holds the ink carrier at the free end thereof and which is pivotable against the force of a return spring, the pivot member being adapted to be pivoted out of the path of movement of the printer when the printer moves toward the printing table, the improvement comprising the ink carrier being a resilient transfer roller which is freely rotatably mounted with respect to the inking pivot member and including a dense, readily wettable surface, an inking roller that stores ink, the inking roller being made of a finely porous material, an inking roller support having side walls where each wall has an open-ended bearing recess which opens toward the transfer roller for freely rotatably supporting the inking roller about an axis parallel to the axis of rotation of the transfer roller, the inking roller support being pivotably supported by the inking pivot member about an axis which is parallel to the pivot axis of the inking pivot member, and a pressure spring for biasing the inking roller support so that the inking roller normally engages the transfer roller to ink the transfer roller upon relative rotation of the inking and transfer rollers, the inking roller being exchangeable by pivoting the inking roller support away from inking pivot member to thereby remove the inking roller out of contact with the transfer roller and thus permit the removal of the inking roller from the open-ended bearing recesses of the side walls of the inking roller support and the replacement thereof.

Growing community of inventors

Beerfelden, Germany

Kurt Schrotz