Pitney Bowes Inc.

James P Maher

Edward R Bass

Kenneth G Miller

Stanley Rydzak

A method and system for automatically transferring information in a data processing system, including setting a counter within a data processing device to a predetermined time period and counting the predetermined time period based upon a real time clock maintained within the data processing device. When the counter reaches the predetermined time period, the data processing device automatically initiates a data center connection and requests an information transfer. The data center transfers information to/from the data processing device. The data processing device activates the transferred information, which can then be used by the data processing device. Typical data processing systems include weighing systems, in which frequently changing postal rates and carrier rates are used to determine mail piece and parcel delivery cost, facsimile or other information accumulation systems.

Method and system for automatically transferring information in a data processing center

An electronic scale uses an analog signal from a load cell which is converted directly to a pulse width modulated output signal. This pulse width modulated output signal represents the weight of an object on the scale and is sufficient to be directly read by a typical microcontroller. Therefore, no amplifier or analog to digital converter is required. The microcontroller then converts a signal representing the weight of the object on the scale to a weight value. A method of using the counter/timers on the microcontroller with synchronized overflow, is disclosed to enable a high resolution value of the pulse width modulated signal, which is then converted into a weight value for object's weight given that the pulse width modulated output signal is proportional to the weight of an object placed on the load cell.

Pulse width modulated weighing platform

A postal scale having a programmable capability to automatically select inscriptions to be included in a postage meter indicia. The postal scale includes a CPU and memory, a load cell for determining the weight of a mail piece, a keyboard for input of postal information and a display for output of information to an operator; and determines postage value data for a mail piece in a conventional manner. In an inscription selection mode the postal scale outputs inscription selection data to a postage meter to select an appropriate inscription to be included in the meter indicia. The scale determines the inscription selection data as a prioritized function of postal information input by an operator to determine postage value data. In a programming mode an operator may program the function as a table stored in the scale memory.

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Milford, CT, United States of America

James P Maher