CAPSULE MEDICAL APPARATUS AND CONTROL METHOD FOR CAPSULE MEDICAL APPARATUS

• US 20080161643A1
• Filed: 03/05/2008
• Published: 07/03/2008
• Est. Priority Date: 05/16/2002
• Status: Abandoned Application

• Current Assignee: Olympus Corporation
• Original Assignee: Olympus Corporation
• Inventors: Uchiyama, Akio, Hasegawa, Jun, Yokoi, Takeshi, Ono, Wataru
• Application Number:
  US12/042,948
• Publication Number:
  US 20080161643A1
• Time in Patent Office: Days
• US Class Current: 600/109
• CPC Class Codes: A61B 1/00158 using magnetic field
• CPC Class Codes: A61B 1/04 combined with photographic or television appliances
• CPC Class Codes: A61B 1/041 Capsule endoscopes for imaging
• CPC Class Codes: A61B 34/73 Manipulators for magnetic surgery
• CPC Class Codes: A61B 5/0031 Implanted circuitry

Abstract

A capsule medical apparatus has a space setting unit which designates a space in vivo and a capsule which is inserted or swallowed in vivo. Further, the capsule medical apparatus has a recognizing unit which recognizes whether or not the capsule exists in the space set by the space setting unit and a control unit which controls a state of the capsule based on an output from the recognizing unit. Thus, the capsule reaches the space, then, the state of the capsule is controlled, and medical activity is performed.

Claims

1. A capsule medical apparatus comprising:

a capsule which is inserted or swallowed in vivo;

a space setting unit which designates a space in vivo previously before the capsule is inserted or swallowed in vivo;

a recognizing unit which recognizes whether or not the capsule exists in the space set by the space setting unit; and

a control unit which controls a state of the capsule by an output from the recognizing unit.

2. A capsule medical apparatus according to claim 1, wherein the recognizing unit is arranged in the capsule.

3. A capsule medical apparatus according to claim 1, further comprising:

an extracorporeal unit having a communication unit for communication with the capsule,

wherein the recognizing unit is arranged to the extracorporeal unit.

4. A capsule medical apparatus according to claim 1, wherein the space setting unit is arranged so that it comes into contact with the outer surface of the living body.

5. A capsule medical apparatus according to claim 1, wherein the capsule has a vital information obtaining unit which obtains vital information, and

the operation of the vital information obtaining unit is controlled based on the output from the recognizing unit by the control unit.

6. A capsule medical apparatus according to claim 1, wherein the capsule has a drug containing portion and a discharging portion which discharges the drug contained in the drug containing portion to the outside of the capsule medical apparatus, and

the operation of the discharging portion is controlled based on the output from the recognizing unit by the control unit.

7. A capsule medical apparatus according to claim 1, wherein the capsule has a drug attaching portion and a discharging control unit which controls the discharging operation of a drug attached to the drug attaching portion, and

the operation of the discharging control unit is controlled based on the output from the recognizing unit by the control unit.

8. A capsule medical apparatus according to claim 1, wherein the capsule has a removing unit which removes a material outside of the capsule in the capsule, and

the operation of the removing unit is controlled based on the output from the recognizing unit by the control unit.

9. A capsule medical apparatus according to claim 1, wherein the capsule has a treatment unit which treats the living body, and

the operation of the treatment unit is controlled based on the output from the recognizing unit by the control unit.

19. A capsule medical apparatus according to claim 1 comprising:

a magnet arranged to the capsule;

a position detecting unit which detects a position of the capsule;

a magnetic field generating unit which generates rotating magnetic field;

a magnetic field changing unit which changes the direction of the rotating magnetic field;

an operating-direction converting unit arranged to the capsule; and

a control unit which detects the amount of movement based on an output from the position detecting unit and operates the magnetic field changing unit.

20. A capsule medical apparatus according to claim 19, wherein when the amount of movement of the capsule is smaller than a reference amount, the control unit operates the magnetic field changing unit and generates the rotating magnetic field from the magnetic field generating unit.

21. A capsule medical apparatus according to claim 1 comprising:

a magnet arranged to the capsule;

a position detecting unit which detects a position of the capsule;

a magnetic field generating unit which generates rotating magnetic field;

a magnetic field changing unit which changes the direction of the rotating magnetic field;

an operating-direction converting unit structured with winding spiral projections arranged on an outer surface of the capsule;

a space setting unit; and

a control unit which estimates a relationship between the space set by the space setting unit and the capsule position detected by the position detecting unit and operates the magnetic field changing unit.

22. A capsule medical apparatus according to claim 1 comprising:

a magnet arranged to the capsule;

a position detecting unit which detects a position of the capsule;

a magnetic field generating unit which generates rotating magnetic field;

a magnetic field changing unit which changes the direction of the rotating magnetic field;

an operating-direction converting unit arranged to the capsule; and

a control unit which controls a timing for operating the position detecting unit and a timing for operating the magnetic field changing unit.

10. A capsule medical apparatus comprising a capsule having a vital information detecting unit for obtaining vital information, inserted in vivo, and an extracorporeal unit arranged in vitro, the capsule medical apparatus comprising:

a position detecting unit which detects a position of the capsule;

a space setting unit which designates a space in vivo previously before the capsule medical apparatus is inserted in vivo;

a comparing unit which compares information on the capsule position from the position detecting unit with the space set by the space setting unit and outputs a signal corresponding to a comparison result; and

a control unit which controls a state of the capsule based on a signal output from the comparing unit.

11. A capsule medical apparatus according to claim 10, wherein the control unit controls the operation of the vital information detecting unit based on the signal output from the comparing unit so that it starts.

12. A capsule medical apparatus according to claim 10, wherein the control unit controls the operation of the vital information detecting unit based on the signal output from the comparing unit so that it stops.

13. A capsule medical apparatus according to claim 10, wherein the control unit controls the operation for power management of the capsule based on the signal output from the comparing unit.

14. A capsule medical apparatus comprising a capsule having a discharging or absorbing unit for discharging a contained material of the capsule including a drug or for absorbing the vital substance such as the body fluid only at a target portion in vivo, inserted (or swallowed) in vivo, and an extracorporeal unit arranged in vitro, the capsule medical apparatus comprising:

a position detecting unit which detects a position of the capsule;

a space setting unit which designates a space in vivo previously before the capsule medical apparatus is inserted or swallowed in vivo;

a comparing unit which compares information on the capsule position from the position detecting unit with the space set by the space setting unit and outputs a signal corresponding to a comparison result; and

a control unit which controls the operation of the discharging or absorbing unit of the capsule, based on a signal output from the comparing unit.

15. A capsule medical apparatus comprising a capsule having a treatment unit for curing or treatment only at a target portion in vivo, inserted (or swallowed) in vivo, and an extracorporeal unit arranged in vitro, the capsule medical apparatus comprising:

a position detecting unit which detects a position of the capsule;

a space setting unit which designates a space in vivo previously before the capsule medical apparatus is inserted or swallowed in vivo;

a comparing unit which compares information on the capsule position from the position detecting unit with the space set by the space setting unit and outputs a signal corresponding to a comparison result; and

a control unit which controls the operation of the treatment unit of the capsule, based on the signal output from the comparing unit.

16. A capsule medical apparatus comprising a capsule for medical activity including examination, curing, or treatment only at a target portion in vivo, inserted or swallowed in vivo, and an extracorporeal unit arranged in vitro, the capsule medical apparatus comprising:

a position detecting unit which detects a position of the capsule; and

a space setting unit which designates a space in vivo previously before the capsule medical apparatus is inserted or swallowed in vivo,

wherein at least one of the position detecting unit and the space designating unit is substantially touched to the living body.

17. A capsule medical apparatus comprising a capsule having a vital information detecting unit for obtaining vital information, inserted or swallowed in vivo, and an extracorporeal unit arranged in vitro, the capsule medical apparatus comprising:

a display unit which sets a first portion and a second portion of the organ and displays observation information between the first and second portions at a ratio of time division; and

a capsule position detecting unit,

wherein the first portion is a portion where a first space set by a first space setting unit for setting a space previously before the capsule medical apparatus is inserted or swallowed in vivo, is overlapped to information on the capsule position from the position detecting unit, and

the second portion is a portion where a second space set by a second space setting unit for setting the space previously before the capsule medical apparatus is inserted or swallowed in vivo, is overlapped to the information on the capsule position from the position detecting unit.

18. A capsule medical apparatus according to claim 17, wherein a time bar is displayed by assuming that a start point is time for observing the first portion and an end point is time for observing the second portion, and time for obtaining the displayed vital information is displayed onto the time bar.

23. A capsule medical apparatus comprising a capsule having an image pick-up unit for capturing a vital image, inserted or swallowed in vivo, and an extracorporeal unit arranged in vitro, the capsule medical apparatus comprising:

a magnet arranged to the capsule;

a magnetic field generating unit which generates rotating magnetic field;

a magnetic field changing unit which changes the direction of the rotating magnetic field;

an operating-direction converting unit arranged to the capsule;

an image processing unit which detects the amount of movement based on a plurality of outputs from the image pick-up unit; and

a control unit which operates the magnetic field changing unit based on the image processing unit.

24. A capsule medical apparatus comprising a capsule having a vital information detecting unit for obtaining vital information, inserted or swallowed in vivo, and an extracorporeal unit arranged in vitro, the capsule medical apparatus comprising:

a setting unit which sets a portion of the internal organ previously before the capsule is inserted or swallowed in vivo; and

a display unit which displays by a ratio of time division, observation information between a first portion set by the setting unit and a second portion set by the setting unit by a ratio of time division.

25. A capsule medical apparatus according to claim 24, wherein the setting unit comprises:

a position detecting unit which detects a position of the capsule;

a spatial setting unit which designates a space indicating the first portion and the second portion from the space for detecting the position of the capsule by the position detecting unit; and

a comparing unit which compares capsule position information from the position detecting unit with the space set by the space setting unit and outputs a signal, and

wherein the comparing unit comprises a storing unit which records time when the comparing unit issues the signal.

26. A capsule medical apparatus according to claim 24, wherein the setting unit comprises an image processing unit which processes the image obtained by the capsule and detects the first portion and the second portion.

27. A capsule medical apparatus according to claim 24, wherein the image processing unit comprises an input unit which inputs the first portion and the second portion while the observation information from the capsule is displayed.

28. A capsule medical apparatus according to claim 25, wherein the image processing unit comprises an input unit which inputs the first portion and the second portion while the observation information from the capsule is displayed.

29. A capsule medical apparatus according to claim 26, wherein the image processing unit comprises an input unit which inputs the first portion and the second portion while the observation information from the capsule is displayed.

30. A capsule medical apparatus according to claim 26, wherein the image processing unit performs determination by extracting the amount of characteristics.

31. A capsule medical apparatus according to claim 26, wherein the image processing unit performs determination by calculating a correlation with an image database.

32. A control method for a capsule medical apparatus having a vital information detecting unit for obtaining vital information, inserted or swallowed in vivo, the method comprising the steps of:

designating a space in vivo previously before the capsule is inserted or swallowed in vivo;

detecting a position in vivo of a capsule medical apparatus;

determining whether or not the detected position is overlapped to the space; and

deciding a state of the capsule medical apparatus based on the determination.