Microscope enclosure system

• US 7,471,079 B2
• Filed: 08/02/2007
• Issued: 12/30/2008
• Est. Priority Date: 08/04/2006
• Status: Expired due to Fees

• Current Assignee: Ikonisys, Inc.
• Original Assignee: Ikonisys, Inc.
• Inventors: Turgeon, Joseph, Kilpatrick, Michael, Tafas, Triantafyllos, Eberle, Richard, Agarwal, Yash, Guo, Wei, Kim, Youngmin, Tsipouras, Petros
• Primary Examiner(s): TANG, MINH NHUT
• Application Number:
  US11/833,203
• Publication Number:
  US 20080180794A1
• Time in Patent Office: 516 Days
• Field of Search: None
• US Class Current: 324/756.04
• CPC Class Codes: G02B 21/24 Base structure

Abstract

A light-tight enclosure system, displaceable along a surface, for housing an automated microscope, having electronically controllable components and an image capturing device. The enclosure system may include device for displacement, a shelf for placement of the automated microscope, an externally viewable monitor, and a plurality of electrical power receptacles.

Claims

1. A light-tight enclosure displaceable along a surface for housing an automated robotic microscope having electronically controllable components and an image capture device, comprising:

(a) at least one compartment, wherein a lowest exterior surface of a lower compartment has rotatable means affixed thereto for displacement about the surface;

(b) at least one shelf interior to said enclosure, wherein said automated robotic microscope system is positionable on a shelf;

(c) a viewing monitor disposed in a surface of said enclosure viewable from a location exterior to said enclosure; and

(d) a plurality of receptacles mounted in a surface of said enclosure that transmit electrical power or electronic signals between an exterior surface and an interior surface of said enclosure.

2. The light-tight enclosure described in claim 1 wherein said compartment has an openable door allowing access from the exterior to the interior of the compartment.

3. The light-tight enclosure described in claim 1 wherein a shelf that supports said automated robotic microscope is mounted on vibration-isolating means.

4. The light-tight enclosure described in claim 1 wherein a shelf is slidably and reversibly retractable from said enclosure.

5. The light-tight enclosure described in claim 1 wherein said viewing monitor displays an image from said image capture device.

6. The light-tight enclosure described in claim 1 wherein said viewing monitor comprises a touch-sensitive screen.

7. The light-tight enclosure described in claim 6 wherein said viewing monitor displays a touch-activatable keyboard.

8. The light-tight enclosure described in claim 7 wherein a keystroke entered on said keyboard communicates with a component of said microscope.

9. The light-tight enclosure described in claim 1 wherein a compartment comprises a fan disposed at a fan vent in a surface of said compartment.

10. An integrated microscope system displaceable along a second surface comprising an automated robotic microscope system housed in a light-tight enclosure, wherein

(a) said automated robotic microscope system comprises:

(i) a microscope having a stage;

(ii) at least one specimen slide positionable on said stage;

a light source that illuminates said slide;

(iii) an image capture device that captures an image of said specimen;

(iv) electrical, electronic and/or computer-driven means communicating with and controlling positioning of said specimen slide, said light source, and said image capture device; and

wherein

(b) said light-tight enclosure comprises;

(i) at least one compartment, wherein a lowest exterior surface of a lower compartment has rotatable means affixed thereto for displacement about the second surface;

(ii) at least one shelf interior to said enclosure, wherein said automated robotic microscope system is positioned on a shelf;

(iii) a viewing monitor disposed in a surface of said enclosure viewable from a location exterior to said enclosure; and

(iv) a plurality of receptacles mounted in a surface of said enclosure and connected to components of said automated robotic microscope that transmit electrical power or electronic signals between an exterior surface and an interior surface of said enclosure.

11. The integrated microscope system described in claim 10 wherein said at least one specimen slide is contained in a slide cassette.

12. The integrated microscope system described in claim 11 wherein a slide transporting means reversibly transports a selected slide from said slide cassette and positions the slide on said stage.

13. The integrated microscope system described in claim 11 wherein said slide cassette is operated by said electrical, electronic and/or computer-driven means.

14. The integrated microscope system described in claim 10 wherein said light source comprises a filter reversibly positionable to modulate a light beam illuminating said slide.

15. The integrated microscope system described in claim 14 wherein said electrical, electronic and/or computer-driven means reversibly positions said filter for modulating said light beam.

16. The integrated microscope system described in claim 10 wherein said image capture device comprises a camera.

17. The integrated microscope system described in claim 10 wherein said image capture device comprises a digital imaging device.

18. The integrated microscope system described in claim 10 wherein said electrical, electronic and/or computer-driven means controls said image capture device.

19. The integrated microscope system described in claim 10 wherein said compartment has an openable door allowing access from the exterior to the interior of the compartment.

20. The integrated microscope system described in claim 10 wherein a shelf that supports said automated robotic microscope is mounted on vibration-isolating means.

21. The integrated microscope system described in claim 10 wherein a shelf is slidably and reversibly retractable from said enclosure.

22. The integrated microscope system described in claim 10 wherein said viewing monitor is electrically connected to said image capture device.

23. The integrated microscope system described in claim 10 wherein said viewing monitor is electrically connected to said image capture device and displays an image therefrom.

24. The integrated microscope system described in claim 10 wherein said viewing monitor comprises a touch-sensitive screen.

25. The integrated microscope system described in claim 24 wherein said viewing monitor displays a touch-activatable keyboard.

26. The integrated microscope system described in claim 25 wherein a keystroke entered on said keyboard communicates with a component of said microscope.

27. A method of capturing and displaying an image of a specimen on a specimen slide comprising:

(a) providing an integrated microscope system displaceable along a second surface comprising an automated robotic microscope system housed in a light-tight enclosure, wherein

(i) said automated robotic microscope system comprises;

(1) a microscope having a stage;

(2) at least one specimen slide positionable on said stage;

(3) a light source that illuminates said slide;

(4) an image capture device that captures an image of said specimen; and

(5) electrical, electronic and/or computer-driven means communicating with and controlling positioning of said specimen slide, said light source, and said image capture device; and

wherein

(ii) said light-tight enclosure comprises

(1) at least one compartment, wherein a lowest exterior surface of a lower compartment has rotatable means affixed thereto for displacement about the surface;

(2) at least one shelf interior to said enclosure, wherein said automated robotic microscope system is positioned on a shelf,

(3) a viewing monitor disposed in a surface of said enclosure viewable from a location exterior to said enclosure; and

(4) a plurality of receptacles mounted in a surface of said enclosure and connected to components of said automated robotic microscope that transmit electrical power or electronic signals between an exterior surface and an interior surface of said enclosure;

(b) displacing said robotic microscope system to a suitable position about said second surface;

(c) causing a specimen slide to be reversibly positioned on said microscope stage;

(d) illuminating said specimen slide;

(e) capturing said image of said specimen slide; and

(f) displaying said image on said monitor.