Bell & Howell, LLC

Bell & Howell Mail and Messaging Technologies Company

Mark Gerard Paul

Richard Dana Johnson

Michael G Boston

Walter S Conard

Neal J Middelberg

Roger Spitzig

Craig S Adcock

Richard Johnson

Edward J Kapturowski

Gerard A Derome

Robert M Richards

Steven John Krejcik

David Rawlings

Michael J McIntee

Leondo R Phifer

William V Pickering, Jr

Taner Lee Howard

Marvin L Isles

Lenny Neifert

Neal Middleberg

Neal Middelberg

A secure storage and retrieval system has a vault with a frame, one or more platters rotatably mounted about the frame, storage bins arranged radially about each of the one or more platters, and mounting surfaces arranged about a perimeter of the vault; and at least one user terminal connected to the vault at one of the mounting surfaces of the vault, the at least one user terminal including an elevator system that vertically moves the plurality of storage bins between any of the one or more platters and an opening formed through an outer shell of the user terminal.

Secure storage and retrieval systems and methods

An overhead reverse diverter for diverting cartons passing under the diverter along a primary transport path, the diverter including a diverter frame arranged over a space through which the cartons move along the primary transport path, a divert belt, and one or more divert paddles attached to the divert belt. The divert belt may be movable along a movement profile when the diverter is triggered to divert one or more of the cartons from the primary transport path, such that the one or more divert paddles are configured to sweep through the space through which the cartons pass as the divert belt moves along the movement profile to divert one or more of the cartons from the primary transport path along one or more divert paths.

Overhead reverse divert systems and methods

The present application relates to techniques and equipment to stack mailpieces for sweeping. The mailpieces are manufactured on a mail processing machine such as, but not limited to an inserter or wrapper. More particularly, there is provided an on-edge conveyor where components have been ergonomically positioned to permit the filling of a mail tray in an efficient manner with minimal lifting of weight. A quantity of mailpieces that have already been offset can be pulled over the rolled/rounded edge of the conveyor into an awaiting mail tray supported on a roller conveyor. The operator is then able push the full tray to the side, load another empty tray, and repeat the process.

Method and system for semi-automated tray loading device

The present subject matter relates to a method and system for increasing the throughput of mail processing machines by limiting the number of document processing system stops while effectively allowing errors to be reconciled during the continued operation of the system. More particularly, the present approach involves logging detected errors during an ongoing document processing run. The detected errors are analyzed for priority, and the operator is alerted to take corrective action during run time for specified errors. The reported errors may be reconciled prior to the completion of the document processing run.

Queued error reconciliation in a document processing environment

The present subject matter relates to controlling of mail processing equipment. More specifically, the present subject matter allows for unique recognition of a printed document from all other similar documents, without the inclusion of additional purposeful identifying marks, data or barcodes. A document processing system, such as an inserter, printer, postage meter, sorter or other document processing system is controlled based on document identification which does not depend on unique identifiers. Similarly if a document is identified with a unique identifying mark on the first page, the present subject matter allows for identification of each subsequent page in the document without requiring identifying marks on each page. The identification data is then used to control the processing of the printed document based upon the recognition and enables the performance of quality checks. Further, each subsequent page in the document, as part of a quality check, can be verified without requiring identifying marks on each page.

Document processing system control using document feature analysis for identification

Systems, methods, and an article of manufacture for printing a new postal authority code on a mail piece prepared by and received from an inserter or wrapper. A barcode post-processing system receives a mail piece from an inserter and communicates with the image capture equipment. The barcode post-processing system during performs various functions. The functions can include receiving legacy address block information from the mail piece from the image capture equipment, processing the captured legacy address block information to determine one or more missing parameters of the new postal authority code to create processed data, and supplementing the captured legacy address block information data with the one or more missing parameters of the new postal authority code received from one or more data source.

Method and system for applying a postal authority barcode on a document processing system

Methods and systems for tracking and controlling mailpiece processing utilize one or more postal service mailpiece codes. The postal service mailpiece codes can include a United States Postal Service POSTNET code and a PLANET code. Using the same code or codes for mailpiece processing that the postal service uses to track mailpieces in a mail stream simplifies reader design and decreases the number of codes required to be printed on a mailpiece. In addition, the number of different types of readers for reading the codes is reduced.

Methods and systems for tracking and controlling mailpiece processing using postal service mailpiece code

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Raleigh, NC, United States of America

Mark Gerard Paul