Centralized monitor and control system for laboratory instruments

• US 8,069,239 B2
• Filed: 07/20/2004
• Issued: 11/29/2011
• Est. Priority Date: 07/20/2004
• Status: Active Grant

• Current Assignee: Beckman Coulter Incorporated (Danaher Corporation)
• Original Assignee: Beckman Coulter Incorporated (Danaher Corporation)
• Inventors: Trochman, Allan
• Primary Examiner(s): Lazaro; David
• Application Number:
  US10/895,265
• Publication Number:
  US 20070282997A1
• Time in Patent Office: 2,688 Days
• Field of Search: 709/203, 709217-219, 709223-225, 709/248, 709/204, 348/135, 348/143
• US Class Current: 709/224
• CPC Class Codes: G08C 19/00 Electric signal transmission systems G08C17/00 takes precedence

Abstract

A laboratory computer network is set forth. The laboratory computer network comprises a plurality of laboratory instrument workstations connected to respective laboratory instruments. Each laboratory instrument workstation is adapted to provide video screen data indicative of the operational status of the respective laboratory instrument. A transmission medium is provided to transmit video screen data from each of the plurality of laboratory instrument workstations. A central server is also provided. The central server is adapted to receive the video screen data from the transmission media. The central server monitors one or more screen sections of the video screen data received from each of the plurality of laboratory instrument workstations and provides an alert in response to a given visual state of the monitored screen sections of each laboratory instrument workstation.

Claims

1. A laboratory computer network comprising:

a plurality of laboratory instrument workstations connected to respective laboratory instruments, each laboratory instrument workstation being adapted to provide video screen data comprising one or more pixel values of a predetermined screen section, said one or more pixel values indicative of the operational status of the respective laboratory instrument;

transmission media adapted to transmit said video screen data from each of said plurality of laboratory instrument workstations; and

a central server adapted to receive said video screen data from said transmission media, said central server adapted to monitor said one or more pixel values of said predetermined screen section of the video screen data respectively received from said plurality of laboratory instrument workstations and to provide an indication of a change of state of said one or more pixel values, wherein said change of state corresponds to a change in the operational status of the respective laboratory instrument.

2. A laboratory computer network as claimed in claim 1 wherein at least two of said plurality of laboratory instrument workstations have different operating systems.

3. A laboratory computer network as claimed in claim 1 wherein said transmission media comprises:

a KVM-over-IP switch connected to receive at least video screen data from at least one of said plurality of laboratory instrument workstations; and

means for transmitting data from said KVM-over-IP switch to said central server.

4. A laboratory computer network as claimed in claim 3 wherein said means for transmitting comprises:

an ethernet switch;

a first ethernet cable having a first end connected to said KVM-over-IP switch and a second end connected to said ethernet switch;

a second ethernet cable having a first end connected to said ethernet switch and a second end connected to said central server.

5. A laboratory computer network as claimed in claim 3 wherein said means for transmitting comprises a wireless network.

6. A laboratory computer network as claimed in claim 1 wherein said transmission media comprises a wireless network.

7. A laboratory computer network as claimed in claim 1 wherein at least one of said plurality of laboratory instrument workstations comprises remote-control software for transmitting respective video screen data along said transmission media to said central server.

8. A laboratory computer network as claimed in claim 1 wherein said central server further comprises data management software adapted to collect and manage data and workflow for one or more of said laboratory instruments.

9. A laboratory computer network as claimed in claim 1 wherein said central server provides said indication in response to a given color of said screen section.

10. A laboratory computer network as claimed in claim 1 wherein said central server comprises at least one video monitor, said central server presenting virtual buttons respectively associated with each of said plurality of laboratory instrument workstations on said at least one video monitor, said indication comprising a change in the visual appearance of the virtual button for the laboratory instrument workstation upon said change of state of said one or more pixel values.

11. A laboratory computer network as claimed in claim 10 wherein activation of said virtual buttons causes said central server to display the video screen of the respective laboratory instrument workstation on said at least one video monitor.

12. A laboratory computer network as claimed in claim 1 wherein said central server includes a video monitor, said central server further adapted to allow a service technician at a remote site to view said video monitor.

13. A laboratory computer network as claimed in claim 1 wherein said central server includes a video monitor, said central server further adapted to display on said video monitor the video screen data of a selected one of the plurality of laboratory instrument workstations and to allow control of said respective laboratory instrument workstation from said central server.

14. A laboratory computer network as claimed in claim 13 wherein said central server is further adapted to display on said video monitor a virtual button and to allow control of said respective laboratory instrument workstation from said central server upon activation of said virtual button.

15. A laboratory computer network as claimed in claim 1 wherein said central server is adapted to monitor said one or more pixel values from said plurality of laboratory instrument workstations concurrently.

16. A laboratory computer network comprising:

a plurality of laboratory instrument workstations connected to respective laboratory instruments, each laboratory instrument workstation being adapted to provide video screen data to a video monitor connected to said laboratory instrument workstation, wherein the visual state of a predetermined screen section of the video screen data is indicative of the operational status of the respective laboratory instrument;

transmission media adapted to transmit said video screen data from each of said plurality of laboratory instrument workstations; and

a central server adapted to receive said video screen data from said transmission media, said central server storing said predetermined screen section of said video screen data received from at least one of said plurality of laboratory instrument workstations into a software variable array readable by a computer program operating in said central server, said computer program further adapted to monitor said software variable array and to generate an alert based on a degree of correlation between said software variable array and a predetermined fixed value array, the predetermined fixed value array indicative of a change in the operational status of the respective laboratory instrument.

17. A laboratory computer network as claimed in claim 16 wherein said central server stores said predetermined screen section on a temporary basis.

18. A laboratory network as claimed in claim 16 wherein said central server comprises random access memory, said software variable array being stored in said random access memory.

19. A laboratory computer network as claimed in claim 16 wherein said central server comprises a central video monitor, said central server adapted to presenting on said central video monitor virtual buttons respectively associated with each of said plurality of laboratory instrument workstations, said central server further adapted to simultaneously display on said central video monitor said virtual buttons and said video screen data of the respective laboratory instrument workstations upon activation of said virtual buttons.

20. A laboratory computer network as claimed in claim 16 wherein said central server comprises at least two central video monitors, said central server adapted to present virtual buttons respectively associated with each of said plurality of laboratory instrument workstations on one of said at least two central video monitors and wherein activation of said virtual buttons causes said central server to display the video screen of the respective laboratory instrument workstation on another of said at least two central video monitors.

21. A central computer station for use in a laboratory network, the central computer station comprising:

a network interface adapted to receive video screen data comprising pixel values, the video screen data indicative of the operational status of a plurality of laboratory instrument workstations connected to respective laboratory instruments, wherein a first visual state of a predetermined screen section of the video screen data indicates a first operational state of the respective laboratory instrument, and wherein a second visual state of said predetermined screen section indicates a second operational state of the respective laboratory instrument;

operational status monitoring software adapted to monitor said pixel values of said predetermined screen section of the video screen data respectively received from each of said plurality of laboratory instrument workstations; and

a video monitor controlled by said operational status monitoring software, wherein said operational status monitoring software is further adapted to provide an indication on said video monitor when said operational status monitoring software determines that said predetermined screen section received from one of said plurality of laboratory instrument workstations has changed to said second visual state based on said monitored pixel values.

22. A central computer station as claimed in claim 21 wherein said operational status monitoring software provides said indication in response to a predetermined color of a first screen section of one of the plurality of laboratory instrument workstations or of a second screen section of another of the plurality of laboratory instrument workstations, wherein the first screen section and the second screen section are different portions of the video screen data.

23. A central computer station as claimed in claim 21 wherein said operational status monitoring software is further adapted to presenting virtual buttons respectively associated with each of said plurality of laboratory instrument workstations on said video monitor, said indication comprising a change in the visual appearance of the virtual button for the laboratory instrument workstation, wherein the change in said visual appearance is a change to a yellow background color for minor alerts and a change to a red background color for major alerts.

24. A central computer station as claimed in claim 21 wherein said operational status monitoring software is further adapted to determine which of said plurality of laboratory instrument workstations are active based on whether said network interface receives video screen data from the respective laboratory instrument workstation.

25. A central computer station as claimed in claim 21 wherein said video screen data of one or more of said plurality of laboratory instrument workstations comprises a plurality of predetermined screen sections, each predetermined screen section indicative of a different operational state of the respective laboratory instrument.

26. A central computer station as claimed in claim 25 wherein said screen monitoring software is further adapted to provide an indication on said video monitor of a particular operational state of said respective laboratory instrument based on which of the plurality of predetermined screen sections undergoes a predetermined change in said pixel values.