Combined machine identification and diagnosis device

• US 20070199989A1
• Filed: 02/27/2006
• Published: 08/30/2007
• Est. Priority Date: 02/27/2006
• Status: Abandoned Application

• Current Assignee: CSI Technology Incorporated (Emerson Electric Company)
• Original Assignee: CSI Technology Incorporated (Emerson Electric Company)
• Inventors: Nelson, Thomas, Piety, Richard
• Application Number:
  US11/363,339
• Publication Number:
  US 20070199989A1
• Time in Patent Office: Days
• US Class Current: 235/438
• CPC Class Codes: G06K 19/0716 at least one of the integrated circuit chips comprising a sensor or an interface to a sensor
• CPC Class Codes: G06K 19/07749 the record carrier being capable of non-contact communication, e.g. constructional details of the antenna of a non-contact smart card

Abstract

An apparatus that combines an RFID-like machine configuration reader with a device for acquiring machine diagnostic information. The apparatus includes an RFID-like communicator with an antenna and a machine diagnostic sensor, with the RFID-like communicator and the machine diagnostic sensor being substantially combined in a single housing. The apparatus is generally used with a portable data processor. The machine diagnostic sensor may be a thermal sensor, a vibration sensor, a flux sensor, or any other diagnostic sensor used in analysis of machine health. Electromagnetic interference shielding material may be disposed between the RFID-like communicator antenna and the machine diagnostic sensor to prevent electromagnetic interference between the RFID-like communicator and the machine diagnostic sensor. A method of diagnosing the condition of a machine using a combined RFID-like machine configuration communicator and machine diagnostic sensor is provided where the machine has an RFID-like transponder tag and an inspection point. The combined diagnostic reader is positioned in a first orientation where the RFID-like machine configuration communicator is in operative communication with the RFID-like transponder tag to read machine configuration date, and then the diagnostic reader is positioned in a second orientation where the machine diagnostic sensor is proximate to the inspection point to acquire machine diagnostic information.

Claims

1. A diagnostic reader for use on a machine having an RFIS transponder tag storing machine configuration information, the diagnostic reader comprising:

a housing having an attachment mechanism for removably affixing the diagnostic reader to the machine;

an RFIS communicator having an antenna and a transmitter and a receiver and a processor, the transmitter and the receiver each being in operative communication with the antenna and with the processor and the transmitter and the receiver each being under the control of the processor for sending an interrogation message to the RFIS transponder tag and for receiving the machine configuration information from the RFIS transponder tag;

a machine diagnostic sensor disposed in the housing, the machine diagnostic sensor having a transducer for converting a physical characteristic of the machine into a signal representing machine diagnostic information when the diagnostic reader is affixed to the machine using the attachment mechanism.

2. The diagnostic reader of claim 1 further comprising a diagnostic reader communication link for transferring at least a portion of the machine configuration information and at least a portion of the machine diagnostic information to a portable data processor.

3. The diagnostic reader of claim 1 wherein the housing has a first interior potion and a second interior portion, the transmitter and the receiver and the processor being disposed in the first interior portion, the machine diagnostic sensor being disposed in the second interior portion, and the attachment mechanism for removably affixing the diagnostic reader to the machine being adjacent to the second interior portion.

4. The diagnostic reader of claim 3 wherein the housing has a substantially cylindrical shape and the first interior portion and the second interior portion of the housing are disposed at opposing ends of the cylindrical shape.

5. The diagnostic reader of claim 1 wherein the RFIS communicator antenna and the machine diagnostic sensor are separated by a distance of at least approximately 1 cm.

6. The diagnostic reader of claim 1 further comprising shielding material disposed between the RFIS antenna and the machine diagnostic sensor.

7. The diagnostic reader of claim 1 wherein the RFIS communicator includes a switch for activation and deactivation of the RFIS communicator.

8. The diagnostic reader of claim 1 wherein the RFIS communicator is further configured for sending machine configuration information to the RFIS transponder tag under the control of the processor.

9. The diagnostic reader of claim 1 wherein the external attachment mechanism comprises a permanent magnet.

10. The diagnostic reader of claim 1 wherein the machine diagnostic sensor comprises a vibration sensor.

11. The diagnostic reader of claim 10 wherein the housing has a first interior potion and a second interior portion, the transmitter and the receiver and the processor being disposed in the first interior portion, the machine diagnostic sensor being disposed in the second interior portion, and the attachment mechanism for removably affixing the diagnostic reader to the machine being adjacent to the second interior portion, and the housing has a substantially cylindrical shape and first interior portion and the second interior portion of the housing are disposed at opposing ends of the cylindrical shape.

12. The diagnostic reader of claim 10 wherein the RFIS communicator antenna and the machine diagnostic sensor are separated by a distance of at least approximately 1 cm.

13. The diagnostic reader of claim 10 further comprising shielding material disposed between the first interior portion and the second interior portion of the housing.

14. The diagnostic reader of claim 10 wherein the RFIS communicator includes a switch for activation and deactivation of the RFIS communicator.

15. The diagnostic reader of claim 10 wherein the external attachment mechanism comprises a permanent magnet.

16. The diagnostic reader of claim 10 wherein the RFIS communicator is further configured for sending machine configuration information to the RFIS transponder tag under the control of the processor.

17. A method of diagnosing the condition of a machine using a diagnostic reader, the machine having an RFIS transponder tag, and the machine having an inspection point, the method comprising:

(a) positioning the diagnostic reader in a first orientation wherein the RFIS communicator is in operative communication with the RFIS transponder tag;

(b) activating the RFIS communicator;

(c) electronically interrogating the RFIS transponder tag to acquire machine configuration information;

(d) positioning the diagnostic reader in a second orientation wherein the machine diagnostic sensor is proximate to the inspection point;

(e) activating the machine diagnostic sensor;

(d) acquiring machine diagnostic information from the machine.

18. The method of claim 17 further comprising after step (c) a step (c′

);

deactivating the RFIS machine configuration communicator.

19. The method of claim 17 wherein the step (c) includes interrogating the RFIS transponder tag to acquire diagnostic history data regarding the machine.

20. The method of claim 17 wherein the method further comprises:

(e) positioning the diagnostic reader at the first orientation wherein the RFIS machine configuration communicator is in operative communication with the RFIS transponder antenna;

(f) activating the RFIS machine configuration communicator; and

(f) writing machine configuration information to the RFIS transponder tag.