Versatile automatic transaction equipment

• US 4,166,945 A
• Filed: 06/02/1978
• Issued: 09/04/1979
• Est. Priority Date: 06/13/1977
• Status: Expired due to Term

• Current Assignee: Hitachi, Ltd.
• Original Assignee: Hitachi, Ltd.
• Inventors: Aomori, Kokichi, Inoyama, Tadao, Terai, Hidekazu
• Primary Examiner(s): Cook, Daryl W.
• Application Number:
  US05/911,930
• Time in Patent Office: 459 Days
• Field of Search: 235/379, 235/381, 340/149 A, 364/200
• US Class Current: 235/379
• CPC Class Codes: G06Q 40/02 Banking, e.g. interest calculation or account maintenance credit or loans G06Q40/03
• CPC Class Codes: G07D 11/0096 Accepting paper currency or other valuables in containers, e.g. in code-marked envelopes
• CPC Class Codes: G07D 11/20 Controlling or monitoring the operation of devices; Data handling
• CPC Class Codes: G07D 11/26 Servicing, repairing or coping with irregularities, e.g. power failure or vandalism
• CPC Class Codes: G07F 19/20 Automatic teller machines [ATMs]
• CPC Class Codes: G07F 19/201 Accessories of ATMs

Abstract

A versatile automatic transaction equipment comprises: a basic module including a user operation unit, an ID card processing unit, a transaction recording unit, and a cash delivery unit for cash payment transaction or verification of customer account balance; a deposit-receiving sub-module including a unit for identifying the type or class and authenticity of bill or bills inserted into the equipment for a deposit by a user and for counting the amount of money received as a deposit, and a bill transport unit for separately transporting the bills in two routes of rejection and receipt in accordance with the result of identification; and a passbook-processing sub-module including a magnetic data processing unit for reading and/or writing magnetic record data from the magnetic stripe attached to the passbook inserted by the user, and a printer unit for printing data representing the transaction history of the associated account. Each of the modules includes a control system having a programmable microprocessor and a terminal unit control circuit interconnected by an information bus, and an interface for inter-module data transfer.

Claims

1. A transaction equipment comprising a basic module for executing basic transactions, at least one sub-module for executing sub-transactions, and means for interconnecting said basic module and said sub-module,

said basic module comprising:

a first data bus for transmitting address data and control data;

a user operation unit operated by a user in accordance with a transaction procedure in order to enter the information for setting the transaction conditions;

first terminal control means connected to said data bus for controlling said user operation unit, said first terminal control means being operated in response to predetermined address data on the data bus, said first terminal control means producing selectively control signals for operating said user operation unit in accordance with the control data on the data bus, said means further selectively applying the status signals of the user operation unit to said data bus;

a first article processing unit for processing transaction articles related to the basic transactions;

second terminal control means connected to said data bus for controlling said first article processing unit, said second terminal control means being operated in response to a predetermined address on the data bus, said second terminal control means producing selectively control signals for operating said article processing unit in accordance with the control data on the data bus, said means further selectively applying the status signals for said article processing unit to said data bus;

a first interface unit connected to said data bus for data communication with said sub-module; and

a programmable microprocessor unit connected to said data bus, said programmable microprocessor unit including a program storage for storing a plurality of transaction sequence programs corresponding to types of transactions, and data storage for storing the data temporarily, said microprocessor receiving data on the data bus in accordance with the program and applying to said data bus the address data and control data for proceeding with the transaction operations;

said sub-module comprising;

a second data bus for transmitting address data and control data;

a second article processing unit for processing articles related to the sub-trasactions;

third terminal control means connected to said second data bus for controlling said second article processing unit, said means being operated in accordance with predetermined address data on said second data bus, said means selectively producing control signals for operating said second article processing unit in accordance with the control data on said second data bus, said means further applying selectively the status signals for said second article processing unit to said second data bus;

a second interface unit connected with said second data bus for data communication with said basic module; and

a second programmable microprocessor unit connected to said second data bus, said unit including a program storage for storing sub-programs and a data storage for temporarily storing data, said unit receiving the data on said second data bus in accordance with said sub-program in response to the data received from said second interface unit, said unit applying address data and control data for proceeding with the transaction operations onto said second data bus;

said basic module selectively supplying to said sub-module through said first and second interface units, data for predetermined operation of said sub-module.

2. A transaction equipment according to claim 1, in which said first article processing unit includes at least a first storage for storing a plurality of articles to be discharged, a first slot for discharging the articles out of the transaction equipment, means for collecting the articles from said storage and transporting them to said discharge slot, a control circuit for controlling the operation of the components included in said first article processing unit, and a plurality of status sensor means for generating status signals to be applied to said second terminal control means;

said second article processing means including a second slot through which the user inserts articles to be deposited, a second storage for storing a plurality of articles received, means for transporting the articles inserted into said second slot, to said second storage, a control circuit for controlling the operation of the components included in said second article processing unit in response to the control signal from said third terminal control means, and a plurality of status senser means for generating status signals to be supplied to said third terminal control means.

3. A transaction equipment according to claim 1, in which said first article processing unit includes a unit for processing the user ID card recorded with the user information, and a unit for processing the articles to be delivered to the user;

said ID card processing unit including a card insertion slot for receiving the ID card from the user, means for transporting the ID card inserted into said card insertion slot, sensor means for performing selected one of the operations of reading the user information from and writing the user information in the ID card in transport, a control circuit for operating said ID card transport means in response to the control signal from said second terminal control means; and

means for signal transfer between said sensor means and said second terminal control means;

said article processing unit including at least a first storage for storing a plurality of articles to be discharged, a first slot for discharging the articles out of the transaction equipment, means for collecting the articles out of said storage and transporting them to said first discharge slot, a control circuit for controlling the operation of the components included in said article processing unit in response to the control signal from said second terminal control means, and a plurality of status sensor means for generating status signals to be supplied to said second terminal control means.

4. A transaction equipment according to claim 1 or 3, comprising first and second sub-modules, in which said article processing unit of said first sub-module includes a second slot through which the user inserts articles to be deposited, a second storage for storing the articles received, means for transporting the articles inserted into said second slot, to said second storage, a control circuit for controlling the operation of the components included in said article processing unit in response to the control signal from said terminal control means, and a plurality of status senser means for generating status signals to be supplied to said terminal control means;

the article processing unit of said second sub-module including a third slot through which the user inserts articles to be printed with data, means for printing data, means for transporting the articles inserted into said third slot, to the position of said printing means, a control circuit for controlling the operation of the components included in said article processing unit in response to the control signal from the terminal control means, and a plurality of status sensor means for generating status signals to be supplied to said terminal control means.

5. A transaction equipment according to claim 1, in which said basic module further includes transaction type selector means connected to said first data bus and operable by the owner of the transaction equipment, said programmable microprocessor controlling said user operation unit in such a manner as to limit the types of transaction to be selected by the user, in accordance with the status of said transaction type selector means.

6. A transaction equipment according to claim 1, in which said basic module further includes a data storage access unit connected to said data bus, said data storage access unit being also connected to said microprocessor and said first interface unit, said data storage access unit being so operated as to control the data transfer between said interface unit and a predetermined address in said data storage through said first data bus in response to the control signal from said first interface unit, thus setting in said first interface unit, the data to be supplied to the sub-module from said basic module.

7. A transaction equipment according to claim 1, in which said first and second interface units include selected one of a circuit for converting parallel data into serial data and a circuit for converting serial data into parallel data, serial data being transferred between said basic module and said sub-module.