International Standard Electric Corporation

Nokia (deutschland) Gmbh

Siegfried Apitz

Rolf Nonnenmann

A video receiver is provided having a screen forecast journal with teletext data, collected from different broadcast stations and continuously updated with text pages at preset time intervals. The data is arranged in tables by programme identification and page identification and stored in memory devices, for accessing at any time. The page identifications are allocated to the programme slots, i.e. one programme identification with a page number each time. The tables can be accessed by page numbers for programmes not being transmitted at that time. A programme identification/page identification table proves beneficial for programming such page identifications. Pages are referenced by moving a cursor to margin areas of a text page. All programmes in the same time period can be paged through. Telecasts to be recorded can be selected from the pages of the forecast journal. Telecast data is transferred on a timer memory device. In this memory device, telecasts are marked (flagged) as soon as they are recorded completely. Either only flagged or only unflagged broadcasts can be displayed. A timer table can show marked (recorded) and/or unmarked (not yet recorded) telecasts, to function as a video library, which can also show the information, regarding which cassette contains the individual telecast previously recorded. In addition to the recording data, and cassette number information, the system is also capable of copying the individual telecast titles from the forecast page, and entering them into the video library, for ease of identification for later replay purposes.

Video receiver with permanent electronic program journal

A hand-held bar-code reader (bar-code wand) which forms part of an optical reading device and is capable of being led by hand over the bar code, comprises a storage circuit for storing the data pulse train corresponding to the scanning signals, and a photo- or sound-transmitter by which the stored data pulse train is transmitted to a separate equipment, such as a video tape recorder or radio receiver provided with a photo- or sound-receiver and an evaluating circuit. In another example of embodiment, the equipment comprising the evaluating circuit, contains a reader compartment provided with a connector member for connection to the reader which, following the scanning and storing of one or more words of the character code, is returned to its compartment and is automatically read out via the connector contacts.

Optical reading device for the manual optical scanning and for

The novel bar code, in the spaces (4) between neighboring code bars (1) which have a width greater than one modular width, with the modular width always being larger than the diameter of the scanning spot (55) of a reading device, contains counting-line marks (5, 6) or counting bars (7). The thickness of the counting line marks is substantially smaller than the diameter of the scanning spot, for example one third of the width of the code bars. The counting bars have a reflectance lying between that of the spaces and that of the code bars. As a result of these measures, at the output of a photo-receiver (9) of a reading device, pulses (31) of a smaller amplitude than that of the pulses (30) formed by the code bar, are generated. By these pulses there is formed a counting clock by which the decoding is rendered independent of the scanning speed.

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Pforzheim, Germany

Siegfried Apitz