Abstract: A one-pass sorting system for sorting mail pieces in a sequence corresponding to a mail carrier's route includes storage media for storing a database containing a delivery sequence for each address on the carrier's route. As mail pieces to be delivered by the carrier are fed into the system, each of the mail pieces are transported to an multiline optical character reader (MLOCR) which reads the address printed on the mail piece. A processor operatively connected to the MLOCR and the storage media determines the sorting sequence representative of the delivery order sequence for each of the mail pieces which are then stored in a temporary storage bin until the sorting sequence has been determined for all the mail pieces. The mail pieces are then removed from the temporary storage bin and deposited into final sorting bins in an order corresponding to a sorting scheme corresponding to the delivery sequence in the carrier's route.

Abstract: A system for match mailing a plurality of documents and envelopes, includes first scanning means for scanning at least one line of a first identification block of text printed on a document, the first block of text having a determined number of characters, first means operatively connected to the first scanning means for generating a first print array representative of the number and location of characters of the lines scanned in the first block of text, second scanning means for scanning at least one line of a second identification block of text printed on an envelope, the second block of text having a determined number of characters and second means operatively connected to the second scanning means for generating a second print array representative of the number and location of characters of the lines scanned in the second block of text.

Abstract: A multiple-pass sorting system for sorting mail pieces in a sequence corresponding to a mail carrier's route includes storage media for storing a database containing a delivery sequence for each address on the carrier's route. As mail pieces to be delivered by the carrier are fed into the system, each of the mail pieces are transported to an multiline optical character reader (MLOCR) which reads the address printed on the mail piece. A processor operatively connected to the MLOCR and the storage media determines the sorting sequence representative of the delivery order sequence for each of the mail pieces. The mail pieces are sorted into sorting bins based on a first pass sorting scheme. Subsequent sort passes are required until the mail pieces are in delivery order sequence.

Abstract: A keyboard-operated electronic apparatus such as an electronic calculator is made by forming a dielectric card with a plurality of recesses in one card side. Preferably the card is formed with a number of apertures extending through the card. Electrically conductive films are deposited in a selected pattern on the recessed card to define first and complementary contacts within each card recess and to define circuit paths which are connected to these contacts in a selected manner. Electrically conductive elements of a dished configuration are disposed in the respective card recesses to be located by the recesses in engagement with the first contacts in the recesses, and key means are mounted on the recessed card side for selectively moving the dished elements with snap action into an inverted dished configuration so that the elements further engage complementary contacts in the recesses to close selected circuits.

Abstract: A keyboard-operated electronic apparatus such as an electronic calculator is made by forming a dielectric card with a plurality of recesses in one card side. Preferably the card is formed with a number of apertures extending through the card. Electrically conductive films are deposited in a selected pattern on the recessed card to define first and complementary contacts within each card recess and to define circuit paths which are connected to these contacts in a selected manner. Electrically conductive elements of a dished configuration are disposed in the respective card recesses to be located by the recesses in engagement with the first contacts in the recesses, and key means are mounted on the recessed card side for selectively moving the dished elements with snap action into an inverted dished configuration so that the elements further engage complementary contacts in the recesses to close selected circuits.

Abstract: An improved contact element is disclosed useful particularly as a contact element bridging at least two stationary contacts. A layer of metal having high electrical conductivity is disposed on selected locations of an electrically conductive disc in alignment with the stationary contacts. Such discs having selectively disposed metal layers are useful for example in low voltage, low current applications wherein contact resistance is preferably kept to a minimum, as in hand held calculators. To form such discs with selectively plated portions, a strip of electrically conductive material, such as a stainless steel is fed from a coil to a first station in which the discs are partially punched from and guide holes are formed in the strip. The strip is then fed intermittently through a series of stations which include degreasing, cleaning, activating, striking, actuating, plating, rinsing and drying and then is recoiled.