Two way data communication with a well logging tool using a TCP-IP system

• US 20040051650A1
• Filed: 09/16/2002
• Published: 03/18/2004
• Est. Priority Date: 09/16/2002
• Status: Abandoned Application

• Current Assignee: Weatherford Canada Partnership (Weatherford International PLC)
• Original Assignee: Weatherford Canada Partnership (Weatherford International PLC)
• Inventors: Pope, Alanna D., Lease, Terry W., Gonsoulin, Bryan, Thompson, Larry W.
• Application Number:
  US10/244,571
• Publication Number:
  US 20040051650A1
• Time in Patent Office: Days
• US Class Current: 340/853.1
• CPC Class Codes: G01V 11/002 Details, e.g. power supply systems for logging instruments, transmitting or recording data, specially adapted for well logging, also if the prospecting method is irrelevant means for transmitting well survey signals E21B47/12; signal transmission systems in general G08C; transmission in general H04B

Abstract

Methods and apparatus for communicating between a MWD or LWD logging tool and a surface processor, such as a PC, using a high speed transmission control protocol-internet protocol (TCP-IP) based connection link. Logging tool sensor response is stored in memory within the tool while logging. The link is removably attached to a data port in the tool when the tool is subsequently removed from the borehole. Stored sensor response information is transferred very rapidly from tool memory as TCP-IP data packets. Transmission is two-way thereby allowing commands to be transmitted from the PC to the tool for control of the tool and the data acquisition function of the tool. The two-way data transmission function can be performed at one or more PC'"'"'s remote from a drilling rig using a commercially available TCP-IP hub and the internet.

Claims

1. A logging tool comprising:

(a) a memory; and

(b) a TCP-IP converter cooperating with said memory to transfer information into and out of said memory as TCP-IP data packets.

2. The apparatus of claim 1 further comprising a data port connected to said TCP-IP converter and through which said TCP-IP data packets are passed between said tool and a processor via a link removably and operationally connecting said data port and said processor.

3. The apparatus of claim 2 further comprising a CPU cooperating with said TCP-IP converter and said memory to control said transfer of information between said TCP-IP converter and said memory.

4. The apparatus of claim 3 wherein:

(a) said processor is a PC; and

(b) said link operationally connects to said PC via a LAN data port in said PC.

5. The apparatus of claim 3 further comprising a sensor cooperating with said CPU wherein said information comprises response of said sensor.

6. The apparatus of claim 4 wherein said information comprises a command entered into said PC.

7. A logging system comprising:

(a) a tool comprising

(i) a memory,

(ii) a TCP-IP converter cooperating with said memory to transfer information into and out of said memory as TCP-IP data packets,

(iii) a CPU cooperating with said TCP-IP converter and said memory, and

(iv) a data port connected to said TCP-IP converter and through which said TCP-IP data packets are passed;

(b) a PC comprising a LAN port; and

(c) a link with a first end removably and operationally connected to said data port and a second end operationally connected to said LAN port;

wherein

(d) information is transferred between said PC and said tool as TCP-IP data packets.

8. The system of claim 7 further comprising:

(a) a hub in series with said link and connected to an internet; and

(b) a plurality of PCs comprising said PC and at least one remote PC connected to said tool through said internet and said hub;

wherein

(c) said information is transferred between said tool and at least one of said plurality of PCs.

9. The system of claim 7 further comprising a sensor cooperating with said CPU wherein said information comprises response data from said sensor.

10. The system of claim 8 wherein said information comprises a command entered into at least one of said plurality of PCs.

11. A logging system comprising:

(a) a combination tool comprising at least two tools, wherein each of said at least two tools comprises

(i) a memory,

(ii) a TCP-IP converter cooperating with said memory to transfer information into and out of said memory as TCP-IP data packets,

(iii) a CPU cooperating with said TCP-IP converter and said memory, and

(iv) a data port connected to said TCP-IP converter and through which said TCP-IP data packets are passed;

(b) a PC comprising a LAN port; and

(c) a link with a first end removably and operationally connected to said data port of each said tool and with a second end operationally connected to said LAN port;

wherein

(d) information is transferred between said PC and each said tool as TCP-IP data packets.

12. The system of claim 11 further comprising:

(a) a hub in series with said link and connected to an internet; and

(b) a plurality of PCs comprising said PC and at least one remote PC connected to said combination tool through said internet and said hub;

wherein

(c) said information is transferred between said at least one tool of said combination tool and at least one PC of said plurality of PCs.

13. The system of claim 11 wherein each said tool further comprising a sensor and said information comprises response data from at least one said sensor.

14. The system of claim 12 wherein said information is entered into at least one of said plurality of PCs and comprises a command for at least one said tool of said combination tool.

15. A logging system comprising:

(a) a combination tool comprising at least two tools, wherein each of said at least two tools comprises

(i) a memory,

(ii) a TCP-IP converter cooperating with said memory to transfer information into and out of said memory as TCP-IP data packets, and

(iii) a CPU cooperating with said TCP-IP converter and said memory;

(b) a data bus connecting said TCP-IP converter in each said tool to a data exchange module comprising a combination tool data port;

(c) a PC comprising a LAN port; and

(d) a link with a first end removably and operationally connected to said combination tool data port and with a second end operationally connected to said LAN port;

wherein

(e) information is transferred between said PC and each said tool as TCP-IP data packets.

16. The system of claim 15 further comprising:

(a) a hub in series with said link and connected to an internet; and

(b) a plurality of PCs comprising said PC and at least one remote PC connected to said combination tool through said internet and said hub;

wherein

(c) said information is transferred between at least one said tool of said combination tool and at least one PC of said plurality of PCs.

17. The system of claim 15 wherein each said tool further comprising a sensor and said information comprises response data from at least one of said sensor.

18. The system of claim 16 wherein said information is entered into at least one of said plurality of PCs and comprises a command for at least one said tool of said combination tool.

19. A method for measuring a parameter in a borehole while drilling the borehole, the method comprising:

(a) providing a tool comprising a memory, wherein said tool is removably conveyable in said borehole;

(b) disposing within said tool a TCP-IP converter that cooperates with said memory;

(c) measuring with a sensor disposed within said tool sensor response data indicative of said parameter;

(d) storing said sensor response data within said memory during drilling of said borehole;

(e) using said TCP-IP converter to convert said tool response data into TCP-IP data packets; and

(f) transferring said TCP-IP data packets from said tool upon cessation of said drilling of said borehole.

20. The method of claim 19 further comprising transferring said TCP-IP data packets through a data port to a processor via a link removably and operationally connecting said data port and said processor.

21. The method of claim 20 further comprising:

(a) inputting a tool command into said processor; and

(b) transferring said command as TCP-IP data packets from said processor to said tool via said link connecting said processor and said tool.

22. The method of claim 21 wherein:

(a) said processor is a PC; and

(b) said link operationally connects to said PC via a LAN data port in said PC.

23. A method for logging a borehole comprising:

(a) conveying a tool in a borehole, wherein said tool comprises

(i) a memory,

(ii) a TCP-IP converter cooperating with said memory,

(iii) a CPU cooperating with said TCP-IP converter and said memory,

(iv) a sensor cooperating with said CPU, and

(v) a data port connected to said TCP-IP converter;

(b) transferring information into and out of said memory as TCP-IP data packets; and

(c) passing said TCP-IP data packets between said tool and a PC via a link connecting said data port and a LAN port of said PC;

wherein

(d) said link is removably connected to said data port when said tool is removed from said borehole.

24. The method of claim 23 further comprising:

(a) disposing a hub in series with said link;

(b) connected said hub to an internet;

(c) connecting a plurality of PCs comprising said PC and at least one remote PC connected to said tool through said internet and said hub; and

(d) transferring said information between said tool and at least one of said plurality of PCs.

25. The method of claim 24 wherein said information transferred from said tool to said at least one PC comprises response from said sensor indicative of material penetrated by said borehole.

26. The method of claim 24 wherein said information transferred from said at least one PC to said tool comprises a command controlling operation of said tool.

27. A method for logging a borehole comprising:

(a) conveying a combination tool in said borehole, wherein said combination tool comprises at least two tools and wherein each of said at least two tools comprises

(i) a memory,

(ii) a TCP-IP converter cooperating with said memory,

(iii) a CPU cooperating with said TCP-IP converter and said memory,

(iv) a sensor cooperating with said CPU, and

(v) a data port connected to said TCP-IP converter;

(b) transferring information into and out of each said memory of each said tool as TCP-IP data packets; and

(c) passing said TCP-IP data packets between each said tool and a PC via a link sequentially connecting each said data port and a LAN port of said PC;

wherein

(d) said link is removably attached to each said data port when said tool is removed from said borehole.

28. The method of claim 27 further comprising:

(a) disposing a hub in series with said link;

(b) connected said hub to an internet;

(c) connecting a plurality of PCs comprising said PC and at least one remote PC connected to said tool through said internet and said hub; and

(d) transferring said information between at least one of said tools and at least one of said plurality of PCs.

29. The method of claim 28 wherein said information transferred from at least one said tool to said at least one PC comprises response of at least one said sensor indicative of material penetrated by said borehole.

30. The method of claim 28 wherein said information transferred from said at least one PC to said at least one tool comprises a command controlling operation of said at least one tool.

31. A method for logging a borehole comprising:

(a) conveying a combination tool in said borehole, wherein said combination tool comprises

(i) at least two tools and wherein each of said at least two tools comprises

a memory,

a TCP-IP converter cooperating with said memory,

a CPU cooperating with said TCP-IP converter and said memory, and

a sensor cooperating with said CPU, and

(ii) a data bus connecting said each said TCP-IP converter in each said tool to a data exchange module comprising a combination tool data port;

(b) transferring information into and out of each said memory of each said tool as TCP-IP data packets; and

(c) passing said TCP-IP data packets between each said tool and a PC via said data bus and a link connecting said combination tool data port and a LAN port of said PC;

wherein

(d) said link is removably attached to said combination tool data port when said combination tool is removed from said borehole.

32. The method of claim 31 further comprising:

(a) disposing a hub in series with said link;

(b) connected said hub to an internet;

(c) connecting a plurality of PCs comprising said PC and at least one remote PC connected to said tool through said internet and said hub; and

(d) transferring said information between at least one of said tools and at least one of said plurality of PCs.

33. The method of claim 32 wherein said information transferred from said at least one tool to said at least one PC comprises sensor response indicative of material penetrated by said borehole.

34. The method of claim 32 wherein said information transferred from said at least one PC to said at least one tool comprises a command controlling operation of at least one said tool.