Teller machine with mode for continuously sending off-line collected transaction data to a host while ignoring incomplete data response signals

Claim 2

An automatic transaction system comprising: a teller machine and a host computer connected to each other, said teller machine being operable in an on-line and off-line mode and including, input means for feeding in predetermined transaction data, entry means for registering said transaction data received from said input means, and means for temporarily storing said transaction data during said off-line mode prior to being transmitted to the host computer, said host computer additionally including, means for transmitting a predetermined request command signal to said teller machine when in the off-line mode for requesting a predetermined operation at the teller machine in response to said predetermined transaction data transmitted thereto from said teller machine, said teller machine additionally including means for selectively being set in a first and a second operating state, said teller machine responding to said request command signal when said first operational state is set to inhibit transmission of data to said host computer until a predetermined operation is performed by an operator and responding to said request command signal when said second operational state is set to permit transmission of data to said host computer without any operation being performed by said operator.

Claim 3

An automatic transaction system of claim 1 wherein said request command signal comprises a key wait signal.

Claim 4

An automatic transaction system of claim 2 wherein said means for selectively being set includes keying means for selecting a first and a second key wait code.

Claim 5

An automatic transaction system of claim 3 wherein said predetermined operation comprises manually operating a key on a keyboard.

Claim 6

An automatic transaction system comprising: (a) a teller machine including, (a1) input means for feeding transaction data, (a2) entry means for registering transaction data in response to an output of the input means, (a3) shunt means for temporarily storing part or all of the transaction data registered in the entry means, (a4) first transmission control means for operating said teller machine in an on-line mode, (a5) first transmission means for transmitting the transaction data registered in the entry means in response to control signals generated by said first transmission control means, (a6) second transmission control means, for operating said teller machine in an off-line mode, and (a7) second transmission means for transmitting all of transaction data stored in the shunt means in response to control signals generated by said second transmission control means in said off-line mode, said first and second transmission means including a common data buffer, and (b) a host computer including, (b1) receiving means for receiving the transaction data from the common data buffer of said first and second transmission means, and (b2) transmission means for transmitting a command signal to said teller machine requesting a specific operation when predetermined transaction data is received from the second transmission means by said receiving means during said off-line mode, said teller machine further including, (a8) means for selectively being set in a first and a second operating state, said teller machine responding to said request command signal when said first operational state is set to inhibit transmission of data to said host computer until a predetermined operation is performed by an operator and responding to said request command signal when said second operational stat is set to permit transmission of data to said host computer without any operation being performed by said operator.

Claim 7

An automatic transaction system comprising: (a) a teller machine including, (a1) input means for feeding transaction data, (a2) entry means for registering transaction data in response to an output of the input means, (a3) shunt means for temporarily storing part or all of the transaction data registered in the entry means, (a4) first transmission control means for operating said teller machine in an on-line mode, (a5) first transmission means for transmitting the transaction data registered in the entry means in response to control signals generated by said first transmission control means, (a6) second transmission control means, for operating said teller machine in an off-line mode, and (a7) second transmission means for transmitting all of transaction data stored in the shunt means in response to control signals generated by said second transmission control means in said off-line mode, said first and second transmission means including a common data buffer, and (b) a host computer including, (b1) receiving means for receiving the transaction data from the common data buffer of said first and second transmission means, and (b2) transmission means for transmitting a command signal to said teller machine requesting a specific operation when predetermined transaction data is received from the second transmission means by said receiving means during said off-line mode, said teller machine further including, (a8) means for selectively being set in a first and a second operating state, said teller machine responding to said request command signal when said first operational state is set to inhibit transmission of data to said host computer until a predetermined operation is performed by an operator and responding to said request command signal when said second operational stat is set to permit transmission of data to said host computer without any operation being performed by said operator.

Claim 8

An automatic transaction system of claim 1 or 5, wherein the teller machine further includes means for visually displaying or printing the transaction data stored in the means for temporarily storing said transaction data, and visually displaying or printing data upon receipt of said request command signal from said host computer when set to said second operational state.