PRERECORDED COMPUTER PROGRAMS ON FLOPPY

Brand Owner (click to sort) Address Description
ACTIONWARE NATIONAL EDUCATION CORPORATION 1300 BRISTOL STREET NORTH NEWPORT BEACH CA 92660 PRERECORDED COMPUTER PROGRAMS ON FLOPPY DISCS;
B BRUBAKER & ASSOCIATES, INC. Brubaker & Associates, Inc. 220 N. Alfred Street Alexandria VA 22314 Prerecorded Computer Programs on Floppy Disks, and Instruction Manuals, Sold Together as a Unit Therewith;
GEBELLI Gebelli Software, Inc. Suite G 1787 Tribute Rd. Sacramento CA 95815 Prerecorded Computer Programs on Floppy Disks, Cartridges and Modules;Custom Manufacture of Programmed Floppy Disks, Cartridges and Modules for Use in Computers and Computer-Like Devices;Retail Store Services and Mail Order Services in the Field of Computers, Programmed Floppy Disks, Cartridges, Computer Modules and Related Computer Accessories;The stippling shown in the drawing is for shading purposes only.;
GNOSIS Gnosis Inc. 4005 Chestnut St. Philadelphia PA 19104 Prerecorded Computer Programs on Floppy Diskettes for Lisp Language Interpreter;No claim is made to the exclusive right to use the design of the diskette, apart from the mark as shown.;
POLYCURVE Autographix, Inc. 100 Fifth Ave. Waltham MA 02154 Prerecorded Computer Programs on Floppy Diskettes;
THE BOTTOM LINE Gnosis Inc. 4005 Chestnut St. Philadelphia PA 19104 Prerecorded Computer Programs on Floppy and Fixed Diskettes, Used in the Manufacturing Field;The lines in the drawing of the mark are a feature of the mark and do not indicate color.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A floppy disk control circuit enables a floppy disk apparatus to operate at high speed while current consumption is suppressed to no more than 500 mA, i.e. the maximum allowed current of an apparatus using a USB interface. The floppy disk control circuit outputs a reference clock to a spindle motor drive circuit that drives the spindle motor in accordance with the reference clock to rotate a floppy disk. The floppy disk control circuit outputs a slow reference clock for a low rotational speed corresponding to the maximum allowed current at the commencement of the start-up of rotation of the floppy disk and outputs a fast reference clock for a high rotational speed after lapse of a predetermined time from the commencement of the start-up of rotation.