Abstract: An endless printing band (1) consists preferably of rubber or synthetic rubber and in its production is cut from a hose-like blank by cuts extending along its edge. Said printing band (1) has in the one region of its outer side visually readable characters (3) and in an opposite region laterally inverted raised printable characters (5). In the region of the readable characters (3) on the inner side (11) of the printing band (1) inwardly projecting cams (6) are provided for the advance of the band while the inner side (7) of the region comprising the printable characters (5) is smooth.

Abstract: A structure for displaying articles on vertical surfaces. Included in the structure is a frame assembly for retaining the display article and a pair of frame hangers retained by the frame assembly and adapted to receive the ends of a supporting strand. The frame assembly comprises a plurality of joined elongated frame sections; each frame section comprising a longitudinally extending channel defined by a rear wall, a pair of side walls joined to the rear wall, and a pair of front wall lips each having one edge joined to a different one of the side walls and opposite edges spaced apart by a slot that opens into the channel.

Abstract: An arrangement for handling documents, papers etc., comprising a so-called ring mechanism (1) for co-operation with hole-punched paper sheets, and a support means such as a folder, calendar (18), binder or file (21; 28) or the like. In accordance with the invention there is attached to the side of the ring mechanism (1) remote from the rings ((3) a first fastener part (8) of a so-called burrfastener arrangement, while a second fastener part (9) of the arrangement is attached to the support means ((15; 21; 28). The fastener parts (8,9) are arranged to co-operate with one another in a manner which enables the ring mechanism (1) to be detachably connected to the support means (15; 21; 28).

Abstract: A printing mechanism (10) includes a plurality of setting wheels (16) which are rotatably mounted about a common axis and with which endless printing bands (20) are in drive connection which carry in a region of their length at the outer surface printing types (22) and in another region of their length carry at the outside indicating types (24). The printing bands (20) are led round the setting wheels (16) and a deflection edge (18) spaced therefrom. By turning the setting wheels (16) said bands are adjustable. In another region of their length they are provided at the inner surface with teeth (50) for engaging in corresponding recesses (52) in the setting wheels. A setting shaft (42) carrying an actuating knob (48) can be brought into a drive connection with the setting wheels (16).

Abstract: A price cassette (1) is described which comprises a moulding (2) in which a plurality of parallel wells (14, 15, 16, 17, 18, 19) at least partially open towards the cassette front side and separated from each other by webs (9, 10, 11, 12, 13) are disposed for receiving price and/or information tags (31). The price cassette is provided with a cover (20) which is connected to the moulding and is adapted to be placed against the cassette front side for covering the wells. The cover comprises transparent window areas (22, 23) through which the price and/or information tags can be read. The wells at the moulding are open over their entire length towards the cassette front side and the webs between the wells at least along a portion of their front faces (32) facing the cassette front side are formed in arrowhead shape.

Abstract: 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.

Abstract: In apparatus for manufacturing tubular container sleeves, a blank is wrapped around a fixed mandrel by means of a pair of sweeper arms that are swingable and movable in translation. In each sleeve forming operation the sweeper arms are displaced from a position in which both are wholly at one side of the mandrel to a position in which they embrace the mandrel, each having an inner pivoted end at that one side of the mandrel and an outer swinging end at the other side of the mandrel. During at least the final half of each such displacement the outer ends of the sweeper arms maintain constant engagement against the mandrel through the blank. During the first half of that displacement the blank is progressively engaged against the mandrel by a sweeper band extending under tension between the outer ends of the sweeper arms.

Abstract: A dispensing arrangement for dispensing planar lottery tickets and like articles comprises a chute which in cross-section corresponds to the surface configuration of a lottery ticket, and at one end of which there is arranged a dispensing mechanism intended for separating a lottery ticket lying nearest the mechanism through a slot-like opening. According to the invention, the dispensing mechanism includes a friction member (12) which can move in the dispening direction and which in a first position is located beneath or in the plane in which a lottery ticket located nearest the mechanism (12) is intended to lie, and which in the second position is located above this plane. In the second position of the friction member, the friction member (12) lifts the end of a lottery ticket opposite the slot-like opening, wherewith the lottery ticket is supported at three locations, namely against the friction member (12) and against two mutually spaced and mutually parallel support bars (9) or like members.

Abstract: A method of automatically banderoling objects, for example banknotes, arranged in a bundle, by laying a banderole, for example a paper strip, about the bundle, preferably after the bundle was compacted, and thereafter sealing the bundle by jointing together preferably the end portions of the strip. The method is especially characterized in that the strip is jointed together by means of a self-adhesive label after the strip was folded about the bundle, which label is automatically separated from its carrier strip and attached on the strip. The invention also relates to an apparatus for carrying out the method.

Abstract: Register marking units consist of a base carrier, usually in strip form, having successive ink areas printed on it which are printed in a shearable ink and which are in turn overprinted by a suitable pattern, the pattern being printed in adhesive. The pattern may be adhered to an upper transparent sheet and the ink area to a lower sheet e.g. by adhering the base carrier thereto via a layer of pressure sensitive adhesive on the side of the base carrier remote from the ink areas and normally protected by a release paper.The upper and lower sheets may act to sandwich the unit, to leave the adhesive pattern adhered to the upper sheet when the upper and lower sheets are separated. Thereafter said upper and lower sheets may be re-aligned by registering the adhesive pattern with the holes in the ink area from which ink was removed by the adhesive when upper and lower sheets were separated.

Abstract: A hand labeling device for imprinting and dispensing self-adhesive labels comprises a housing (110) in which is disposed a printing mechanism (10) movable between a raised inoperative position and a lowered printing position. The printing mechanism comprises a plurality of axially adjacent setting wheels (16) with which type carriers (20) carrying printing types (22) are in a drive connection. A setting shaft (42) extending in the direction of the axis of the setting wheels (16) and connected to the printing mechanism (10) projects outwardly at a housing wall (110a); it is displaceable at a side face of the printing mechanism (10) between an inserted and an extended position and with the aid of said shaft the setting wheels (16) can be adjusted relatively to each other in such a manner that desired printing types (22) on the type carriers (20) move into a printing zone at the printing mechanism (10).

Abstract: An ink pot for felt pens for inscribing posters or the like is described which comprises an ink container (3) and a cover (4) in which openings (5, 6, 7) are disposed for receiving felt pens (8, 9, 10). In the ink container (3) a suction funnel (20) is accommodated which comprises a funnel cone (21) in contact with its outer edge (23) with the inner wall of container (3) and a suction tube (22) which adjoins the funnel cone (21), projects towards the container bottom and terminates just above the latter. In the funnel cone (21) and in the suction tube (22) a suction body (25) is disposed and over the funnel cone (21) there is an ink pad (26) which is in contact with the suction body (25). The suction funnel (20) and the ink pad (26) are fixedly anchored in the ink container (3).

Abstract: A method for applying an electric charge in ink jet printers of the so-called continuous kind, in which electrically conductive ink or like medium is forced in the form of a jet (3) from a container through a nozzle (1) or the like and is caused to form droplets (4), which are electrically charged and which are caused to pass deflecting electrodes (6) to which a voltage is applied and are caused to travel along a movement path dependent, inter alia, upon the electric charge, thereby to provide a pre-determined transcript or the like on a printing sheet (5) or corresponding material.

Abstract: A frame for supporting a multiplicity of files that have reenforced top edges formed with extensions intended to engage a pair of horizontal side rails and that have a web extending between the edges and hanging downwardly there between comprises a pair of horizontal side rails engageable by the extensions. Each side rail is formed with at least one aperture extending therethrough near each end thereof. A pair of end supports each comprising a horizontal cross bar and a pair of vertical legs is provided, the legs and cross bar of each end support having generally the shape of an inverted U. Each leg is formed on the side thereof opposite the other leg of the same end support and near the top thereof with a recess and a threaded bore. Each bore communicates at one end with one of the recesses and at the other end with the side of the leg facing the other leg of the same end support.

Abstract: A method and an apparatus for manufacturing a tin-like container comprising a sleeve formed body or jacket (1) and at least one end closure (2, 3), in which the jacket (1) and the end closure or the end closures (2, 3) at the interior side of the container has a layer (5) of a constant heat weldable, high frequence weldable or ultrasonic weldable material, and in which the container is closed under sealed condition in that the end closure (2, 3) is formed with an edge flange extending all around the end closure and is introduced in the jacket (1) and is welded thereto. The introduction of the end closure (2, 3) in the jacket (1) is made by means of a press piston (14) having a press cone (15) which is formed with an expandable means (15d; 29).

Abstract: The invention relates to a method of securing simple codes (5), which are built-up of a plurality of lines, symbols or patterns, which are readable by a machine, and which codes (5) are intended to be located on documents (2), valuable documents or marked units.The invention is characterized in that in the generating or writing-down of the codes (5) one or more of said lines, symbols or patterns constituting the code (5) each are caused to transform to a line (11) or an area, which does not constitute a part of the code (5), but constitutes a part of a pattern, in order to render a falsification by altering the code after its writing-down substantially more difficult.According to a preferred embodiment the invention further is characterized in that a so-called line code (5) is generated, and in its generation or writing-down one or several of the lines associated with the code are caused to continuously or intermittently transform to a line (11) deviating from the line associated with the code.

Abstract: A printing mechanism is described which comprises a plurality of setting wheels (16) mounted coaxially on a sleeve (28). With the setting wheels type bands (20) carrying printing types (22) are in a drive connection. In the sleeve (28) a setting shaft (42) is arranged rototably and axially displaceably. In the sleeve a slot (30) extending in the axial direction is disposed through which a tooth (36) disposed on the setting shaft engages in radial recesses (46) in the hub region of the setting wheels. A detent means comprising detent recesses in the inner region of the sleeve, into which an axially immovable detent element (54) engages, defines axial detent positions of the setting shaft. In the sleeve at least one further slot extending in the axial direction is disposed. The detent recesses are disposed in the inner region of the sleeve in a plurality of axial rows and in each row they have a different detent spacing.

Abstract: The invention relates to a printing mechanism comprising a plurality of setting wheels (16) which are mounted coaxially on a sleeve (28) and with which type carriers (20) carrying printing types (22) are in a drive connection. In the sleeve (20) a setting shaft (42) is disposed axially displaceably and rotatable therewith. Disposed on the setting shaft is at least one tooth (36, 38, 40) projecting through a slot (30, 32, 34) extending in the axial direction in the sleeve (42). This tooth (36, 38, 40) can be brought by axial displacement of the setting shaft (42) into engagement with radial recesses (46) in the setting wheels (16) disposed in the hub region of the setting shaft (42). The slot (30, 32, 34) formed in the sleeve (28) is open in the axial direction at one end of the sleeve (42) and closed at the other end and at the end of the sleeve (28) at which the slot (30, 32, 34 ) is open a spreading or expansion means (60) is disposed which keeps the sleeve internal diameter constant.