Portable interactive miniature printer
AssigneeComtec Information Systems, Inc.
InventorsSteven Petterutti, Majid Amani, David F. Beck
Life of this patent
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AssigneeComtec Information Systems, Inc.
InventorsSteven Petterutti, Majid Amani, David F. Beck
Estimating the term…
An intelligent, portable printer having a microprocessor controller, a printing mechanism, and a web feed mechanism integrated into an assembly which, together with a battery pack, may weigh about 1.5 pounds and be about 60 cubic inches in volume. The web may have removable labels adhesively attached to a liner, or it may be linerless label stock with exposed adhesive, or it may be non-adhesive plain paper stock. The web may be printed with bar codes, graphics, text, or lines. Because the printer is so small and light in weight, it may be used at any site where labels are required. By labels is meant any tickets, stickers, or other patches (so-called "label-stock"). The controller includes a microprocessor which communicates interactively with a terminal, which may be remote from the printer and may include or be a host computer, via cable, radio, or optical interfaces. The terminal supplies application programs and data representing the information to be printed. The controller in the printer converts such data into printing formats for operating the printer mechanism. The state of the printer is communicated to the terminal and both operate interactively to produce labels. The printer can operate in a network of portable printers and terminals.
A printer responsive to data representing information to be printed on linered or linerless adhesive-backed label web stock and to programming and information data from a computer terminal, said printer comprising:
A printer having a housing containing a printing mechanism having printing elements and an electronic controller including a microprocessor for receiving programming and information data from a terminal for operating said printing mechanism, and means for holding a web of stocks for receiving printing, wherein said controller has a data input line for receiving data from said terminal, a data output line for transmitting data to said terminal, said operating programs and said data for operating said printing mechanism being received by said controller on said data input line and said data representing the operating state of said machine being transmitted by said controller on said data output line, said controller having means responsive to control commands selected from the group consisting of a print contrast command, a command to control printing effects, a command to control a paper-presence sensor, and a battery level reporting command, said controller determining the status of a plurality of operating parameters, said controller and merging said programming and information data from said terminal with said control commands and said operating parameter status to cause said printer to operate at the maximum permissible printing speed, and said controller having means for generating multi-bit data signals different bits of which represent status data consisting of data representing the printing mechanism being busy in process of printing, the web being out of said printing mechanism, the printing elements being in position to print, and the print contrast.
A method for maximizing motor speed and optimizing energy applied to a print head in a printer, comprising the steps of:
Dependencies are inferred from the claim text.