System for processing data received from a portable data store and for clearing the store

• US 4,433,387 A
• Filed: 08/12/1980
• Issued: 02/21/1984
• Est. Priority Date: 08/12/1980
• Status: Expired due to Term

• Current Assignee: Sangamo Weston, Inc. (Atos SE)
• Original Assignee: Sangamo Weston, Inc. (Atos SE)
• Inventors: Swanson, Scott C., Hicks, Robert A., Dyer, Robert E.
• Primary Examiner(s): Springborn, Harvey E.
• Application Number:
  US06/177,334
• Time in Patent Office: 1,288 Days
• Field of Search: 364/200 MS File, 364/900 MS File, 371/21, 371/24, 365/201, 365/218
• US Class Current: 702/159
• CPC Class Codes: G01R 13/04 for producing permanent records
• CPC Class Codes: G06F 3/002 Specific input/output arrangements not covered by G06F3/01 - G06F3/16 other optical apparatus G02B27/00
• CPC Class Codes: G06F 3/007 Digital input from or digital output to memories of the shift register type

Abstract

System and apparatus for treating data derived in serial pulse fashion from a source such as a meter. Data words are recorded upon a magnetic bubble memory which is portable and which includes real time and identification data in addition to pulse source data. The portable storage device incorporating the magnetic bubble memory is inserted into reader apparatus for transmission by telecommunication to a translator station which may be located remotely from the reader station. Cyclical redundancy check verification of the transmission is made between the stations to assure proper transmission. Further, the translation station carries out data verification checks. Erase apparatus is provided in the vicinity of the reader apparatus to carry out a memory check for the magnetic bubble memory and an erasure thereof through the insertion of zeroes therewithin.

Claims

1. A system for reading data words contained in portable data storage means, said data words representative of data signals from a data source, and for treating said data signals comprising:

reader means including;

a receptable for receiving said portable data storage means in signal communicating relationship, first and second signal storage means, and first signal processing means responsive to an activation command signal for transferring a first group of said data words from a predetermined location within said portable data storage means to said first signal storage means, said signal processing means being further responsive to a transmit command signal for transmitting said first group of data words stored within said first signal storage means to said second signal storage means and then to an output of said reader means and for transferring a second group of data words from said portable data storage means to said first signal storage means while said first group of data words are being transmitted from said second signal storage means; and

translator means having an input for receiving, when activated, signals representing said transmitted data words from said output of said reader means and including second signal processor means for generating said activation command signal and said transmit command signal and for analyzing the validity of said transmitted data words and effecting the select recordation thereof upon a storage medium.

2. The system of claim 1 further comprising terminal means for communicating with said translator means, said terminal means including manually actuable means for effecting the activation of said translator means.

3. The system of claim 1 wherein said first signal processor means is initially energizable to assume a standby status, and is responsive to an activation command signal subsequent to said stand-by status to assume an active status, whereby said first signal processor is then capable of being responsive to said transmit command signal.

4. The system of claim 1 wherein said reader means first signal processor means includes means for carrying out an arithmetic operation based upon a predetermined mathematical expression and with respect to all transmitted said data words to derive a first check character signal transmitted at said output.

5. The system of claim 4 wherein said translator means second signal processor means includes means for carrying out said arithmetic operation based upon said predetermined mathematical expression and with respect to all said transmitted data words received at said input to derive a second check character signal.

6. The system of claim 5 wherein said translator means second signal processor means includes means for carrying out a comparison of the value of said second check character signal with respect to said first check character signal for deriving an error status signal in the presence of an inequality therebetween.

7. The system of claim 5 wherein:

said translator means second signal processor means includes means for carrying out a comparison of the value of said second check character signal with respect to said first check character signal, and for generating a transmit again command signal upon the occurrence of an inequality between said first and second check character signal values, said first signal processor means being responsive to said transmit again signal for retransmitting said data word signals.

8. The system of claim 7 wherein said translator means second signal processor means includes means for deriving an error status signal in response to a predetermined number of said occurrence of said inequality between said first and second check character signal values.

9. The system of claim 1 in which:

said reader means first signal processor means is responsive to a deactivation command signal to assume said standby status;

said translator means second signal processor means includes means for receiving said transmitted data words within a second predetermined interval following said transmit command signal and for generating said deactivation command signal in the absence of said data word receipt at the termination of said second predetermined interval to effect said reader means standby status.

10. The system of claim 1 in which:

said reader means first signal processor means is responsive to a deactivation command signal to assume said standby status;

at least some of said data words identify said data source; and

said translator means includes second storage means under the control of said second signal processor means retaining corresponding identification of said data source deriving from previous transmission of said data word signals, said second signal processor means including means for deriving said deactivation command signal to effect said reader means standby status when said corresponding identification is not within said second storage means.

11. The system of claim 1 in which:

at least some of said data words identify said data source;

said reader means first signal processor means is responsive to a deactivation command signal to assume said standby status and effects the transmission of said source identifying data words; and

said translator means second signal processor means includes means for generating said deactivation command signal upon receipt of transmitted identification data words when simultaneously carrying out the processing of data having the same identification of said data source.

12. The system of claim 1 in which:

at least some of said data words correspond to the running total of said data signals received over predetermined intervals of time; and

said translator means second signal processor means includes means for summing the quantity of said data signals and comparing the value of said summed quantity with the value of said recorder means running total and deriving a running total error signal in the presence of an inequality between said values.

13. The system of claim 1 wherein:

said reader means first signal processor means is responsive to the insertion of said portable storage means in said receptacle and to said transmit command signal for providing a status signal at said output; and

said translator means second signal processor means is responsive to said status signal for generating said transmit command signal.

14. The system of claim 13 in which:

said reader means first signal processor means is responsive to a deactivation command signal to assume said standby status; and

said translator means second signal processor means includes means responsive to said status signal within a first predetermined interval following said actuation command signal for generating said transmit command signal.

15. The system of claim 14 wherein said translator means second signal processor means is responsive at the termination of said first predetermined interval for generating said deactivation command signal to effect said reader means standby status.

16. The system of claim 13 in which:

said reader means first signal processor means is responsive to a defective insertion of said portable data storage means into said receptacle and responsive to said transmit command signal and a deactivation command signal for providing a not ready status signal at said output and for effecting a return of said reader means to said standby status; and

said translator means second signal processor means is responsive to said not ready status signal for generating said deactivation command signal.

17. The system of claim 14, or 15, or 9, or 10, or 11, or 16 comprising:

terminal means for communicating with said translator means, and readout means under the control of said translator means for displaying select visual information in response to the receipt of select message signal; and

wherein

said translator means second signal processor means includes means for deriving error message signals for transmission to said terminal means in the presence of a said deactivation command signal.

18. A system of claim 13 in which;

said reader means first signal processing means is responsive to a deactivation command signal to assume said standby status; and

said translator means second signal processor means includes means responsive to said status signal within a first predetermined interval following said activation command signal for generating said transmit command signal, and responsive at the termination of said first predetermined interval in the absence of said transmit command signal for generating said deactivation command signal to effect said reader means standby status.

19. The system of claim 18 in which said translator means second signal processing means includes means for receiving said transmitted data words within a second predetermined interval following said transmit command signal and for generating said deactivation command signal in the absence of said data word receipt at the termination of said second predetermined interval to effect said reader means standby status.

20. The system of claim 18 in which:

said reader means first signal processor means includes means for carrying out an arithmetic operation based upon a predetermined mathematical expression and with respect to all said transmitted data words for deriving a first check character signal transmitted at said output; and

said translator means second signal processor means includes means for carrying out said arithmetic operation based upon said predetermined mathematical expression and with respect to all said transmitted data words received at said input to derive a second check characters signal, said second signal processor means further including means for carrying out a comparison of the value of said second check character signal with respect to said first check character signal and for generating a transmit again command signal upon the occurrence of an inequality between said first and second check character signal values, said first signal processor means being responsive to said transmit again signal for retransmitting said data words.

21. The system of claim 20 wherein said translator means second signal processor means includes means for deriving an error status signal in the presence of said inequality between said first and second check character signal values.

22. The system of claim 21 wherein said translator means second signal processor means includes means for generating said error status signal in response to a predetermined number of occurrences of said inequality between said first and second check character signal values.

23. The system of claim 20 in which:

at least some of said data words correspond to the running total of said data signal received over predetermined time intervals; and

said translator means second signal processor means includes means for summing the quantity of said data signals and comparing the value of said summed quantity with the running total of said received data signals represented by said data words and deriving a running total error signal in the presence of an inequality between said values.

24. The system of claim 20 in which:

at least some of said data words identify said data source;

said reader means first signal processor means is responsive to a deactivation command signal to assume said standby status and effects the transmission of said source identifying data words; and

said translator means second signal processor means includes means for generating said deactivation command signal upon receipt of transmitted identification data words while simultaneously carrying out the processing of data having the same identification as said data source.

25. The system of claim 24 in which:

said reader means first signal processor means is responsive to a defective insertion of said portable data storage means into said receptacle, and is responsive to said transmit command signal and a deactivation command signal for providing a not ready status signal at said output and for effecting a return of said reader means to said standby status; and

said translator means second signal processor means is responsive to said not ready status signal for generating said deactivation command signal.

26. The system of claim 19 or 25 comprising:

terminal means for communicating with said translator means, and readout means under the control of said translator means for displaying select visual information in response to the receipt of select message signals; and

wherein

said translator means second signal processor means includes means for deriving error message signals for transmission to said terminal means in the presence of a said deactivation command signal.

27. The system of claim 1 wherein:

said reader means includes synchronous receiver-transmitter means for converting said data words at said output to serial asynchronous data signals;

said input of said translator means receives said asynchronous data signals; and

said system further includes coupling means connected to said reader means output and said translator means input for effecting said transmission by telecommunication.

28. The system of claim 1 wherein said portable signal storage means comprises a solid-state non-volatile memory.

29. The system of claim 28 wherein said solid-state non-volatile memory device comprises a magnetic bubble memory device.

30. The system of claim 1 wherein the data reader means further includes power supply means under the control of said first signal processing means for providing selective power input thereto.

31. The system of claim 1 wherein:

said power supply means is connectible with an a.c. power source and includes power storage means under the control of said first signal processing means;

said reader means includes power fail circuit means for deriving a fail signal condition in the presence of a failure of said a.c. power source; and

said first signal processing means includes means for effecting a continuation of said transference of said data words to said first storage means in the presence of said fail signal condition by utilization of power from said power storage means.

32. The system of claim 1 in which said first signal storage means is a F.I.F.O. memory and said second signal storage means is a random access memory.