In-dispenser-card-reader control system

Claim 2

A fuel delivery system, comprising: (a) a fuel dispensing means having a pump means for delivering a variable volumetric flow of fuel into a vehicle tank and an in-dispenser-card-reader means for accepting payment for the fuel dispensed; (b) a register means, functionally connected to said fuel dispensing means, for initiating commands to said fuel dispensing means and for receiving responses from said fuel dispensing means; (c) a fuel dispenser control means having a programmable data processor with a read-only-memory device and a read-and-write-memory device, operatively connected between said fuel dispensing means and said register means, for: (1) reading an input selection key in said in-dispenser-card-reader in said fuel dispensing means for determining when a customer wants service and how said customer wants to pay for fuel dispensed; (2) retrieving commands from said read-only-memory device in a predetermined sequence and outputting said commands in a readable format to said pump means in said dispensing means causing fuel to be dispensed; (3) receiving response data from said pump means and said in-dispenser-card-reader means in said fuel dispensing means during the fueling process and storing said response data in said read-and-write-memory device; (4) retrieving said response data from said read-and-write memory device and down-loading to said register means on request; (d) a first configuration means electrically connected between said fuel dispenser control means and said pump means in said fuel dispensing means for configuring said commands and responses into a communication protocol readable by said pump means and a second configuration means connected between said dispenser control means and said in-dispenser-card-reader means in said dispenser means for configuring said commands and responses into a communication protocol readable by said in-dispenser-card-reader means.

Claim 3

A fuel delivery system as defined in claim 1 wherein said first configuration means and said second configuration means include an opto-coupler with light emitting diode and transistor for translating current levels.

Claim 4

A fuel delivery system as defined in claim 1 wherein said first configuration means and said second configuration means include a comparator for translating voltage levels.

Claim 5

A dispenser control system for controlling a fuel delivery system, used in combination with at least one fuel dispenser having a pump means with a first microprocessor with programmable memory device for dispensing fuel, an in-dispenser-card-reader means with a second microprocessor with programmable memory device for accepting payment for fuel dispensed, and a register means having a third microprocessor with programmable memory device having POS application programming for performing cash register operations, comprising: (a) a fuel dispenser control means including a printed circuit board with a read-only-memory device for storing a series of commands to control said fuel dispenser during the fueling process and a read-and-write-memory device for storing responses from said dispenser during the fueling process, and a dispenser control processor, operatively connected to said first and second microprocessors in said dispenser and to said third microprocessor in said register means, for (1) reading said second microprocessor in said in-dispenser-card-reader to determine the presence of a customer at said dispenser and how said customer intends to pay for dispensed fuel; (2) retrieving said commands from said read-only-memory device in a predetermined sequence and outputting said commands in a readable format to said first microprocessor in said dispenser causing said dispenser to dispense fuel; (3) receiving response data from said first microprocessor during the fueling process and storing said response data in said read-and-write-memory device; (4) processing and outputting said response data to said third microprocessor in said register means through a driver interface program to control the flow of data between the two; (b) a first configuration means functionally connected between said dispenser control processor and said first microprocessor in said dispenser for translating the communication protocols of the two wherein said commands are readable by said first microprocessor and said responses are readable by said dispenser control processor, and a second configuration means functionally connected between said dispenser control processor and said second microprocessor in said dispenser for translating the communication protocols of the two wherein said commands are readable by said second microprocessor and said responses are readable by said dispenser control processor.

Claim 6

A dispenser control system for controlling a fuel delivery system, used in combination with at least one fuel dispenser having a pump means with a first microprocessor with programmable memory device for dispensing fuel, an in-dispenser-card-reader means with a second microprocessor with programmable memory device for accepting payment for fuel dispensed, and a register means having a third microprocessor with programmable memory device having POS application programming for performing cash register operations, comprising: (a) a fuel dispenser control means including a printed circuit board with a read-only-memory device for storing a series of commands to control said fuel dispenser during the fueling process and a read-and-write-memory device for storing responses from said dispenser during the fueling process, and a dispenser control processor, operatively connected to said first and second microprocessors in said dispenser and to said third microprocessor in said register means, for (1) reading said second microprocessor in said in-dispenser-card-reader to determine the presence of a customer at said dispenser and how said customer intends to pay for dispensed fuel; (2) retrieving said commands from said read-only-memory device in a predetermined sequence and outputting said commands in a readable format to said first microprocessor in said dispenser causing said dispenser to dispense fuel; (3) receiving response data from said first microprocessor during the fueling process and storing said response data in said read-and-write-memory device; (4) processing and outputting said response data to said third microprocessor in said register means through a driver interface program to control the flow of data between the two; (b) a first configuration means functionally connected between said dispenser control processor and said first microprocessor in said dispenser for translating the communication protocols of the two wherein said commands are readable by said first microprocessor and said responses are readable by said dispenser control processor, and a second configuration means functionally connected between said dispenser control processor and said second microprocessor in said dispenser for translating the communication protocols of the two wherein said commands are readable by said second microprocessor and said responses are readable by said dispenser control processor.