Pitney Bowes Inc.

Robert G Arsenault

Wesley A Kirschner

Joseph M Mozdzer

William F Bailey

Gary S Jacobson

John A Hurd

Dale A French

Sharon A McNeal

Richard W Heiden

Sungwon R Moh

Steven J Pauly

Walter J Baker

Robert W Sisson

Joseph L Gargiulo

Roger J Ratzenberger, Jr

Sung S Chang

George T Monroe

Daniel Lanin

G Thomas Athens

Christopher D Smith

Sandra J Peterson

Craig J DeFilippo

Steven J Shapiro

William T Lefebvre

Joseph P Tokarski

Paul A Diel

Beth A Jennings

David N Long

Michael R Davis

Albert P Jacques

Thomas O Matthews

Craig J DeFillippo

A method and system that allows for large amounts of data to be printed utilizing a small memory is provided. The complete image to be printed on the print medium is separated into different regions each having associated print data. The memory device, while being too small to store all of the print data for the full image, is capable of storing the print data associated with each region. The print data for each region is released from the print head controller to the memory device for printing in a timed fashion based on movement of the print medium. The print data for a subsequent region will not be passed to the memory until the print medium has moved a sufficient distance, thereby indicating that printing of the preceding region has been completed.

Method and system for printing multiple regions across a mail piece

A method of printing a string of characters includes receiving a sequence of character data codes. Each character data code corresponds to a respective character to be printed in the string of characters. The method also includes transcoding the sequence of character data codes to generate a sequence of glyph codes. Each glyph code corresponds to a respective glyph. Each glyph corresponds to at least part of a respective character. At least some of the glyphs correspond to less than a complete character. The method further includes using the sequence of glyph codes to generate print image data and printing an image on the basis of the print image data.

System and method for using divided fonts to achieve proportional spacing

In a value dispensing system, a system and method for securely loading and executing software in a secure device that does not include any non-volatile programmable memory is provided. A non-secure portion of the value dispensing system stores software for loading into the secure portion when needed. Commands being sent to the secure printer are monitored to determine if the secure has the necessary software to execute the command. If the secure device currently does not have the necessary software to execute the command, the command is delayed and the proper software is loaded from the non-secure portion to the RAM of the secure device. A signature associated with the software is verified to ensure the authenticity of the software. If the signature is verified, the command is passed to the secure device, and, utilizing the software in the RAM, the command is executed by the secure device.

Method for securely loading and executing software in a secure device that cannot retain software after a loss of power

A customizable user interface for a mailing apparatus, such as a postage meter or other mailing equipment, provided as input data to a user interface control program, the input data specifying all aspects of the look and feel of the user interface. The invention provides a specific organization of the input data suitable for providing the required specifications. At a high level, the data is organized into a screen tree component, for providing the feel of each screen, i.e. the response by the mailing apparatus (usually the execution of a function) to any key pressed by a user in association with each screen of the user information as well as for providing what screens to display in response to an event so as to communicate the occurrence of the event to a user; and a screen language component, used in conjunction with a font component, for providing the look of each screen, i.e. for providing its content and layout, where the characters or symbols to be painted on a screen is specified in the screen language component, and how to paint the characters and symbols is specified in the font component.

Customizable user interface for a mailing apparatus

A system includes a system time counter associated with a micro controller and a secure clock module having a real time clock and an elapsed time counter. The system synchronizes operation between the secure clock module and the system time counter. The synchronized time entered into the system time counter is utilized in the operation of the system. The real time clock time can be caused to be entered into the elapsed time counter at certain point in the operation of the system. The relationship of the time provide enhanced systems security.

Electronic postage meter system having plural clock system providing

A postage metering system includes a portable postage meter vault; structure for printing an indication of postage value; a postage meter terminal including apparatus for receiving the portable postage meter vault, a device for determining at times when the portable postage meter vault is inserted into the receiving means if the portable postage meter vault has been designated to be disabled from performing vault functions and a device for automatically disabling the portable postage meter vault from performing vault functions if the determination is made that the portable postage meter vault has been designated to be disabled from performing vault functions. A method for disabling a portable vault of a postage metering system includes the steps of: (A) inserting the portable vault into a terminal of the postage metering system; automatically determining via the terminal if the portable vault has been designated to be disabled from performing vault functions; and (C) at times when in step (B) it is determined that the portable vault has been designated to be disabled from performing vault functions automatically disabling the inserted portable vault from performing vault functions.

Method and apparatus for automatically disabling a removable, portable

A value dispensing mechanism which prints an indication of value includes a portable accounting device which accounts for the printed indication of value; and a terminal including apparatus for printing the indication of value, a display which displays messages related to functions of the value dispensing mechanism, structure for controlling messages displayed on the display and for initiating operation of the printing means to print the indication of value, a storage device for storing a plurality of display options, and apparatus for removably receiving the portable accounting device such that at times when the portable accounting device is received in the receiving apparatus the controlling structure and the portable accounting device are in operative communication with each other to permit operation of the value dispensing mechanism; wherein the portable accounting device includes means for automatically designating at least one of the display options upon insertion of the portable accounting device into the receiving means for at least one of displaying the selected display option on the display and printing the selected display option as at least a portion of the indication of value.

Value dispensing mechanism, such as a postage meter, having automatic

In a digital postage meter having a housing shell, a display screen mounted in the housing shell, and a removable printhead, a method of transmitting information from the printhead module to the display screen. The method includes: storing the information in a memory device in the printhead module; retrieving the information in a first communication device in the printhead module; transmitting the information from the first communication device to a second communication device external to the printhead module, wherein the second communication device interprets the information; and transmitting the interpreted information to the display screen.

Encoded screen records for international postage meters

An apparatus for producing an image in a mail handling machine includes a printing device and a non-volatile memory having fixed and variable image data elements stored therein, a first portion of the fixed image data elements being stored in a compressed manner and a second portion of the fixed image data elements being stored in a bit map form. The apparatus further includes a first control device for identifying at least one of the variable image data elements stored in the non-volatile memory and associated with the image and a second control device for receiving from the first control device data corresponding to the at least one of the variable image data elements associated with the image and for downloading from the non-volatile memory and combining fixed image data elements associated with the image with the at least one of the variable data elements associated with the image and for utilizing the combined fixed and variable data elements associated with the image to cause the printing mechanism to print the image.

Mail handling apparatus and process for printing an image

The postage meter terminal has the ability to telecommunicate with a remote central computer for the principal purpose of remotely resetting the funding registers of the postage meter terminal. During the telecommunication and subsequent to completing meter recharge, the postage meter terminal can be remotely inspected by the central computer. The terminal includes a microprocessor control system which is programmed to generating inspection data and store that data in a memory unit. The microprocessor control system also includes a random number generator for generating a random number within a limited range. Each number within the range of random number selections corresponds to a respective scrambling technique executable by the microprocessor system. The method of remote inspection is carried out by the microprocessor control system storing desired inspection data in the terminal memory unit generating a random number and then creating a data word of the inspection data and the random number. The data word is then partitioned into a first and second partition. The first partition of the data word including the random number selection at a predetermined bit location within the first data word portion. The second partition of the data word is scrambled pursuant to the scrambling techniques which corresponds to the random number. The data word may then be encrypted utilizing the encryption key which was generated during the remote reset process and communicating the data to the central computer via the communication port. The central computer can then decrypt the encrypted data word since it is aware of the encryption key used to complete the remote meter reset. The central computer then retrieves the random number and descrambles the second portion of the data work according. The central computer is thereby informed of the inspection data for that particular postage meter terminal.

Method for remotely inspecting a postage meter

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Stratford, CT, United States of America

Robert G Arsenault