Controlling machine operation with respect to consumable accessory units

• US 4,975,647 A
• Filed: 11/01/1988
• Issued: 12/04/1990
• Est. Priority Date: 06/01/1987
• Status: Expired due to Term

• Current Assignee: Nova Biomedical Corporation (Nova Chemicals)
• Original Assignee: Nova Biomedical Corporation (Nova Chemicals)
• Inventors: Downer, Robert R., Noonan, Richard C., Dalke, David M.
• Primary Examiner(s): Cangialosi, Salvatore
• Application Number:
  US07/265,836
• Time in Patent Office: 763 Days
• Field of Search: 380/23-25, 380/59, 364/185, 364/413, 364/415, 364/551, 239/69, 239/71, 324/439, 324/450, 324/425, 204/401, 204/403, 204/406, 204/442, 422/62, 422/68, 422/98, 422/102
• US Class Current: 324/425
• CPC Class Codes: G01N 2030/8804 automated systems
• CPC Class Codes: G01N 2030/8881 Modular construction, specially adapted therefor
• CPC Class Codes: G01N 2035/00673 of reagents
• CPC Class Codes: G01N 2035/00782 reprogrammmable code
• CPC Class Codes: G01N 35/00663 of consumables
• CPC Class Codes: G01N 35/00732 Identification of carriers, materials or components in automatic analysers
• CPC Class Codes: G05B 19/128 the workpiece itself serves as a record carrier, e.g. by its form, by marks or codes on it
• CPC Class Codes: G05B 2219/31304 Identification of workpiece and data for control, inspection, safety, calibration
• CPC Class Codes: Y02P 90/02 Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

Abstract

Apparatus for controlling the use of consumable accessory units with machines where a memory device associated with each accessory unit holds information concerning the accessory unit, and circuitry in the machine acts in response to the information. The information includes (1) the classes of machines with which the accessory unit is intended to be used (the machine issues a signal if the machine is not within one of the intended classes); (2) the concentration of the contents of the accessory unit (the machine operation is controlled on the basis of the concentration); (3) an encrypted authorization code (the machine issues a signal if the decrypted code is not an authorized one); (4) the manufacturing lot the accessory unit (the machine displays the lot number to the user); (5) the expiration date of the accessory unit (the machine issues a signal if the expiration date has passed); (6) a unique identification number to trigger the machine to compare a predetermined total number of permissible uses with the number of actual uses (the machine issues a signal when the accessory unit is deemed to be empty); (7) information concerning calibration of the machine (the electronic circuitry is calibrated in response to the information); (8) the range of permissible operating conditions for the machine in conjunction with the accessory unit (the machine displays the information for operator use); (9) the range of permissible use of the accessory unit (the machine displays the permissible uses to the operator); and (10) the range of permissible quantities of material that may be added to the accessory unit (the machine displays the information to the user).

Claims

1. A fluids pack for use on an analyzer, comprising

a fluids container,

fluids held in said container for use in said analyzer,

an electronic memory device associated with said container and containing (a) information concerning the timing of calibration operations in said analyzer, (b) information uniquely identifying the fluids container, (c) information identifying a class of analyzers, and (d) information identifying a concentration of the fluids,

said memory device including electrical ports for electrical connection to a memory reader.

2. Apparatus for controlling the operation of an analyzer, comprising

a fluids container,

fluids held in said container for use in said analyzer,

an electronic memory device associated with said container and containing (a) information identifying a class of analyzers, (b) information uniquely identifying the fluids container, (c) information identifying a concentration of said fluids, (d) information identifying a manufacturing lot, and (e) information identifying an expiration date,

data storage in said analyzer containing (f) information identifying a class of analyzers to which said analyzer belongs and (g) information identifying a current date, and

circuitry in said analyzer for comparing the class information stored in said data storage with the class information stored in the memory device, for comparing said current date with said expiration date, for controlling the operation of said analyzer based on said concentration information, and for displaying said manufacturing lot information,

said memory device including electrical ports for electrical connection to a memory reader and said analyzer including a memory reader for electrical connection to said electrical ports.

3. A method for controlling the use of a fluids pack on an analyzer, comprising

inserting consumable fluids into said pack,

attaching to said pack an electronic memory device containing (a) information identifying a class of analyzer, (b) information uniquely identifying the fluids container, (c) information identifying a concentration of said fluids, (d) information identifying a manufacturing lot, and (e) information identifying an expiration date,

storing in a data storage of said analyzer information (f) information identifying a class of analyzers to which said analyzer belongs and (g) information identifying a current date, and

attaching said pack to said analyzer to enable said analyzer to withdraw fluids from said pack,

electrically connecting said memory device to said analyzer,

electrically reading said memory device,

comparing the class information stored in said analyzer with the class information stored in the memory device,

determining whether or not to allow said fluid to be withdrawn from said pack based on the results of said comparing

causing said analyzer to read said unique value from said memory device,

storing said unique value in said analyzer,

storing in said analyzer a value indicative of a predetermined number of uses of said pack,

determining when an actual use has been made of said pack by said analyzer,

maintaining in the analyzer a stored number of actual uses of said pack,

comparing the predetermined number of uses with the number of actual uses,

determining whether or not to allow said fluid to be withdrawn from said pack based on the results of said comparing, causing said analyzer to read said calibration information from said memory,

causing said analyzer to perform said calibration at times based on said calibration information,

causing said analyzer to display said manufacturing lot to a user, and

comparing said expiration date with said current date.

4. A fluids pack for use on a chemistry analyzer, comprising

a fluids container,

calibration fluids held in said container for use in said chemistry analyzer, and

an electronic memory device associated with said container and containing information concerning the timing of calibration operations in said analyzer using said fluids.

5. The fluids pack of claim 4 wherein said memory device also contains information uniquely identifying the fluids container.

6. The fluids pack of claim 4 wherein said memory device also contains information identifying a class of chemistry analyzers.

7. The fluids pack of claim 5 wherein said memory device also contains information identifying a class of chemistry analyzer.

8. The fluids pack of claim 4 wherein said memory device also contains information identifying a concentration of said fluids.

9. The fluids pack of claim 6 or 7 wherein said memory device also contains information identifying a concentration of said fluids.

10. The fluids pack of claim 6 or 9 wherein said memory device also contains information identifying a manufacturing lot.

11. The fluids pack of claim 6 or 9 wherein said memory device also contains information identifying an expiration date.

12. The fluids pack of 4 wherein said memory device includes electrical ports for electrical connection to a memory reader.

13. The fluids pack of claim 12 wherein said memory device also contains information identifying a manufacturing lot, and information identifying an expiration date.

14. Apparatus for controlling the operation of a chemistry analyzer belonging to a class of analyzers comprising

a fluids container,

fluids held in said container for use in said analyzer,

an electronic memory device associated with said container and containing information identifying a class of chemistry analyzers,

data storage in said analyzer containing information identifying said class of analyzers to which said analyzer belongs, and

circuitry in said analyzer for comparing the class information stored in said data storage with the class information stored in the memory device.

15. The apparatus of claim 14 wherein

said memory device also contains information uniquely identifying the fluids container, and

said circuitry in said analyzer includes means for comparing it with known valid identifying information.

16. The apparatus of claim 15 wherein

said memory device also contains information identifying a concentration of said fluids, and

said circuitry in said analyzer includes means for controlling the operation of said analyzer based on said concentration information.

17. The apparatus of claim 15 or 16 wherein

said memory device also contains information identifying a manufacturing lot, and

said circuitry in said analyzer includes means for displaying said manufacturing lot information.

18. The apparatus of claim 15 or 16 wherein

said memory device also contains information identifying an expiration date, and

said circuitry in said analyzer includes means for controlling said analyzer on the basis of said expiration information.

19. The apparatus of claim 14 wherein said memory device includes electrical ports for electrical connection to a memory reader, and

said analyzer includes a memory reader for electrical connection to said electrical ports.

20. Apparatus for controlling the operation of a chemistry analyzer belonging to a class of analyzers comprising

a fluids container,

fluids held in said container for use in said analyzer,

an electronic memory device associated with said container and containing a unique identifier for said pack, and

circuitry in said analyzer for (a) storing said unique identifier, (b) storing information indicative of a predetermined number of uses of said pack, (c) determining when a use has been made of said pack by said analyzer, (d) storing the number of actual uses of said accessory units, and (e) comparing the predetermined number of uses with the number of actual uses.

21. A method for controlling the use of a fluids pack on a chemistry analyzer, comprising

inserting consumable fluids into said pack,

attaching to said pack an electronic memory device containing information identifying a class of chemistry analyzer,

storing in a data storage of said chemistry analyzer information identifying a class of analyzers,

attaching said pack to said analyzer to enable said analyzer to withdraw fluids from said pack,

electrically connecting said memory device to said analyzer,

electrically reading said memory device,

comparing the class information stored in said analyzer with the class information stored in the memory device, and

determining whether or not to allow said fluid to be withdrawn from said pack based on the results of said comparing.

24. The method of claim 21, 22, or 23, further comprising

storing in said electronic memory device information indicative of the manufacturing lot of said pack, and

causing said analyzer to display said manufacturing lot to a user.

25. The method of claim 21, 22, or 23 further comprising

storing in said electronic memory device information indicative of an expiration date of said pack,

storing in said analyzer a current date, and

comparing said expiration date with said current date.

22. A method for controlling the use of a fluids pack on a chemistry analyzer, comprising

associating an electronic memory device with said pack,

storing in said memory device a unique value identifying said pack,

connecting said pack to said analyzer to enable said analyzer to withdraw fluids from said pack,

causing said analyzer to read said unique value from said memory device,

storing said unique value in said analyzer,

storing in said analyzer a value indicative of a predetermined number of uses of said pack,

determining when an actual use has been made of said pack by said analyzer,

maintaining in the analyzer a stored number of actual uses of said pack,

comparing the predetermined number of uses with the number of actual uses, and

determining whether or not to allow said fluid to be withdrawn from said pack based on the results of said comparing.

23. A method for controlling the use of a fluids pack on a chemistry analyzer, comprising

associating an electronic memory device with said pack,

storing in said memory device a value indicative of a time interval between successive calibrations,

connecting said pack to said analyzer to enable said analyzer to withdraw fluids from said pack,

causing said analyzer to read said calibration information from said memory, and

causing said analyzer to perform said calibration at times based on said calibration information.