Document sorter system having interchangeable pocket modules

Claim 2

A document sorter for sorting a stack of documents into a plurality of discrete groups in accordance with information encoded on each of the documents relating to its group identification, comprising: feed means for receiving the documents and feeding them in serial order into a first segment of a continuous document transport track; read means for reading the encoded information on each document as it passes through a second segment of the continuous transport track; document receiving means for receiving and storing each document in accordance with its group identification, the document receiving means being defined to include a plurality of concatenated pocket modules, each of the modules forming a successive segment of the continuous transport track and distinguishable from another module only by its position in the concatenation, each of the modules further having a plurality of pockets, each of the pockets having a one-to-one correspondence with one of the plurality of discrete groups and having a unique identification code in the concatenation of modules, each pocket further having associated with it a gate actuatable between a closed position and an open position to close and open the pocket; document transport means for transporting each of the documents along the continuous document transport track; control means, responsive to the read means, for receiving the information encoded on each of the documents and correlating it with a pocket select identification code; and each module of said document receiving means further comprising: coding circuit means for generating the unique identification codes corresponding to each of the pockets of the module, the identification code having a first part relating to the position of the module in the concatenation and a second part relating to the position of the pocket in the module, said coding circuit means being defined to include first means for generating the first part of the identification code based on the position of the module in the concatenation, and second means for generating the second part of the identification code for each pocket in the module based on the position of the pocket in the module; storage means associated with each of the pockets of the module for receiving and storing the pocket select code representative of the pocket for which a particular document is designated; and comparator means associated with each pocket of the module for comparing the pocket select code with the unique identification code for the pocket and enabling the gate to open upon favorable comparison.

Claim 3

The document sorter as defined in claim 1, wherein the unique identifying code is defined by a set of binary digits and the first means includes adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module.

Claim 4

The document sorter as defined in claim 1, wherein the second means comprises self-contained circuit means for generating a second code portion that is recurrent for each module.

Claim 5

For use in a sorter module of the class having a plurality of pockets and adaptable to be included in a concatenation of like sorter modules forming a part of a document sorting system, each such sorter module comprising: coding circuit means for generating a code for each of the plurality of pockets of the module that uniquely identifies the pocket in the concatenation comprising: first means for generating a first code portion based on the position of the module in the concatenation, and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means associated with each of the plurality of pockets of the module, for receiving and comparing the pocket identification code for a pocket with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of the pocket.

Claim 6

For use in a sorter module of the class having a plurality of pockets and adaptable to be included in a concatenation of like sorter modules forming a part of a document sorting system, each such sorter module comprising: coding circuit means for generating a code for each of the plurality of pockets of the module that uniquely identifies the pocket in the concatenation comprising: first means for generating a first code portion based on the position of the module in the concatenation, and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means associated with each of the plurality of pockets of the module, for receiving and comparing the pocket identification code for a pocket with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of the pocket.

Claim 7

The coding circuit means as defined in claim 4, wherein the pocket code is defined by a set of binary digits and the first means includes adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module.

Claim 8

The coding circuit means as defined in claim 5, wherein the second means comprises self-contained circuit means for generating a second code portion that is recurrent for each module.

Claim 9

An improved document sorter module of the class adaptable to being concatenated with like sorter modules to form part of a document sorting system, the module having a transport track with a plurality of document receiving pockets branching from the transport track, each pocket being opened for the receipt of a document by the actuation of a diverter gate, the improvement to the sorter module comprising the added combination of: coding circuit means for generating a code for each pocket of the module to uniquely identify the pocket in a concatenation of like modules, the coding circuit means being defined to include, first means for generating a first code portion based on the position of the module in the concatenation, and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means associated with each pocket of the module, for receiving and comparing the pocket identification code for a pocket with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of a pocket.

Claim 10

An improved document sorter module of the class adaptable to being concatenated with like sorter modules to form part of a document sorting system, the module having a transport track with a plurality of document receiving pockets branching from the transport track, each pocket being opened for the receipt of a document by the actuation of a diverter gate, the improvement to the sorter module comprising the added combination of: coding circuit means for generating a code for each pocket of the module to uniquely identify the pocket in a concatenation of like modules, the coding circuit means being defined to include, first means for generating a first code portion based on the position of the module in the concatenation, and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means associated with each pocket of the module, for receiving and comparing the pocket identification code for a pocket with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of a pocket.

Claim 11

The improved document sorter module as defined in claim 7, wherein the pocket identifying code is defined by a set of binary digits and the first means includes adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module.

Claim 12

The improved document sorter module as defined in claim 7, wherein the second means comprises self-contained circuit means for generating a second code portion that is recurrent for each module.

Claim 13

A document sorter for sorting a stack of documents into a plurality of discrete groups in accordance with information encoded on each of the documents relating to its group identification, comprising: feed means for receiving the documents and feeding them in serial order into a first segment of a continuous document transport track; read means for reading the encoded information on each document as it passes through a second segment of the continuous transport track; document receiving means for receiving and storing each document in accordance with its group identification, the document receiving means being defined to include a plurality of concatenated pocket modules, each of the modules forming a successive segment of the continuous transport track and distinguishable from another module only by its position in the concatenation, each of the modules further having a plurality of pockets, each of the pockets having a one-to-one correspondence with one of the plurality of discrete groups and having a unique binary identification code in the concatenation of modules, each pocket further having associated with it a gate actuatable between a closed position and an open position to close and open the pocket; document transport means for transporting each of the documents along the continuous document transport track; control means, responsive to the read means, for receiving the information encoded on each of the documents and correlating it with a pocket select identification code; coding circuit means associated with each pocket module for generating the unique binary identification codes corresponding to each of the pockets of the module, the identification code having a first part relating to the position of the module in the concatenation and a second part relating to the position of the pocket in the module, the coding circuit means being defined to include, first means for generating the first part of the identification code based on the position of the module in the concatenation, said first means including adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module, and second means for generating the second part of the identification code for each pocket in the module based on the position of the pocket in the module; and comparator means associated with each pocket for comparing the pocket select identification code with the unique identification code for the pocket and enabling the gate to open upon a favorable comparison.

Claim 14

A document sorter for sorting a stack of documents into a plurality of discrete groups in accordance with information encoded on each of the documents relating to its group identification, comprising: feed means for receiving the documents and feeding them in serial order into a first segment of a continuous document transport track; read means for reading the encoded information on each document as it passes through a second segment of the continuous transport track; document receiving means for receiving and storing each document in accordance with its group identification, the document receiving means being defined to include a plurality of concatenated pocket modules, each of the modules forming a successive segment of the continuous transport track and distinguishable from another module only by its position in the concatenation, each of the modules further having a plurality of pockets, each of the pockets having a one-to-one correspondence with one of the plurality of discrete groups and having a unique binary identification code in the concatenation of modules, each pocket further having associated with it a gate actuatable between a closed position and an open position to close and open the pocket; document transport means for transporting each of the documents along the continuous document transport track; control means, responsive to the read means, for receiving the information encoded on each of the documents and correlating it with a pocket select identification code; coding circuit means associated with each pocket module for generating the unique binary identification codes corresponding to each of the pockets of the module, the identification code having a first part relating to the position of the module in the concatenation and a second part relating to the position of the pocket in the module, the coding circuit means being defined to include, first means for generating the first part of the identification code based on the position of the module in the concatenation, said first means including adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module, and second means for generating the second part of the identification code for each pocket in the module based on the position of the pocket in the module; and comparator means associated with each pocket for comparing the pocket select identification code with the unique identification code for the pocket and enabling the gate to open upon a favorable comparison.

Claim 15

The document sorter as defined in claim 10, wherein the second means comprises self-contained circuit means for generating a second code portion that is recurrent for each module.

Claim 16

For use in a sorter module of the class having a plurality of pockets and adaptable to be included in a concatenation of like sorter modules forming a part of a document sorting system: a coding circuit for generating a binary code for each of the plurality of pockets of the module that uniquely identifies the pocket in the concatenation comprising: first means for generating a first code portion based on the position of the module in the concatenation, said first means including adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module; and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module.

Claim 17

For use in a sorter module of the class having a plurality of pockets and adaptable to be included in a concatenation of like sorter modules forming a part of a document sorting system: a coding circuit for generating a binary code for each of the plurality of pockets of the module that uniquely identifies the pocket in the concatenation comprising: first means for generating a first code portion based on the position of the module in the concatenation, said first means including adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module; and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module.

Claim 18

The coding circuit as defined in claim 12, wherein the second means comprises self-contained circuit means for generating a second code portion that is recurrent for each module.

Claim 19

An improved document sorter module of the class adaptable to being concatenated with like sorter modules to form part of a document sorting system, the module having a transport track with a plurality of document receiving pockets branching from the transport track, each pocket being opened for the receipt of a document by the actuation of a diverter gate, the improvement comprising the added combination of: a coding circuit for generating a binary code for each pocket of the module to uniquely identify the pocket in a concatenation of like modules, the coding circuit being defined to include, first means for generating a first code portion based on the position of the module in the concatenation, said first means including adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module, and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means associated with each pocket of the module, for receiving and comparing the pocket identification code for a pocket with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of a pocket.

Claim 20

An improved document sorter module of the class adaptable to being concatenated with like sorter modules to form part of a document sorting system, the module having a transport track with a plurality of document receiving pockets branching from the transport track, each pocket being opened for the receipt of a document by the actuation of a diverter gate, the improvement comprising the added combination of: a coding circuit for generating a binary code for each pocket of the module to uniquely identify the pocket in a concatenation of like modules, the coding circuit being defined to include, first means for generating a first code portion based on the position of the module in the concatenation, said first means including adding means for incrementing by a binary unit the first code portion from an immediately preceding module to generate the first code portion for an immediately succeeding module, and second means for generating a second code portion, combineable with the first code portion, for each pocket in the module based on the position of the pocket in the module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means associated with each pocket of the module, for receiving and comparing the pocket identification code for a pocket with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of a pocket.

Claim 21

The improved document sorter module as defined in claim 14, wherein the second means comprises self-contained circuit means for generating a second code portion that is recurrent for each module.

Claim 22

An improved document sorter module of the class adaptable to be concatenated with like sorter modules to form part of a document sorting system, the module having a transport track with a plurality of document receiving pockets branching from the transport track; each pocket being opened for the receipt of a document by the actuation of a diverter gate, the module having the capability to generate unique identification codes for the pockets therein, the improvement to the document sorter module comprising the combination of: coding circuit means, said coding circuit means receiving as an input electronic signals from the immediately preceding module of the concatenation, which receiving signals indicate pocket coding in the immediately preceding module of the concatenation; said coding circuit means being responsive to said received signals for generating unique identification codes for pockets of the present module of the concatenation; and said coding circuit means providing as an output to the immediately succeeding module of the concatenation electronic signals which indicate pocket coding in the present module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means, associated with each pocket of the module, for receiving and comparing the pocket identification code with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of a pocket.

Claim 23

An improved document sorter module of the class adaptable to be concatenated with like sorter modules to form part of a document sorting system, the module having a transport track with a plurality of document receiving pockets branching from the transport track; each pocket being opened for the receipt of a document by the actuation of a diverter gate, the module having the capability to generate unique identification codes for the pockets therein, the improvement to the document sorter module comprising the combination of: coding circuit means, said coding circuit means receiving as an input electronic signals from the immediately preceding module of the concatenation, which receiving signals indicate pocket coding in the immediately preceding module of the concatenation; said coding circuit means being responsive to said received signals for generating unique identification codes for pockets of the present module of the concatenation; and said coding circuit means providing as an output to the immediately succeeding module of the concatenation electronic signals which indicate pocket coding in the present module; storage means for receiving and storing a pocket select code representative of the pocket for which a particular document is designated; and comparator means, associated with each pocket of the module, for receiving and comparing the pocket identification code with the pocket select code and outputting an enabling signal upon a favorable comparison to enable the opening of a pocket.