Medical instrument and equipment for managing of the same

• US 20070083286A1
• Filed: 03/09/2005
• Published: 04/12/2007
• Est. Priority Date: 03/09/2004
• Status: Abandoned Application

• Current Assignee: Olympus Corporation
• Original Assignee: Olympus Corporation
• Inventors: Kobayashi, Norio
• Application Number:
  US11/076,332
• Publication Number:
  US 20070083286A1
• Time in Patent Office: Days
• US Class Current: 700/214
• CPC Class Codes: G16H 40/20 for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms

Abstract

Medical instrument management equipment of the present invention comprises an order data entry element for entering the information on a medical instrument ordered by means of the type of a given medical practice from a given medical institution, a medical instrument extraction element for extracting the medical instruments require for the give medical practice based on the order data entered at the order data entry element, a “collected” medical instrument determination element for determining those designated as “collected” after being used by the medical institution out of the medical instruments extracted, and an identification information storing element for storing the identification information entered.

Claims

1. Medical instrument management equipment, comprising;

an order data entry element for entering the order data on medical instruments ordered by means of the specification of a medical practice type from a medical institution,

a medical instrument extraction element for extracting the medical instruments required for the medical practice identified, based on the order data entered at the order data entry element,

a medical instruments “

designated as collected”

determination element for identifying the medical instruments to be collected after being used by the medical institution out of the extracted medical instruments,

a pre-shipping identification information entry element for entering the identification information on the medical instruments identified t the medical instrument as designated “

collected”

determination element, and

an identification information storing element for storing the identification information entered.

2. The medical instrument management equipment defined in claim 1, further comprising;

a post-collection identification information entry element for entering the identification information assigned to each of subassemblies composing the medical instrument shipped to the medical institution and then collected after being used and disassembled by the medical institution,

an identification information checking element for checking the entered identification information of each of subassemblies against the identification information on each of subassemblies composing the medical institution recorded at the identification information storing element when being shipped, and

an indicator for providing the user with information on any uncollected subassembly detected based on the result of the checking step.

3. The medical instrument management equipment defined in claim 1, further comprising;

a post-collection identification information entry element for entering the identification information assigned to each of packages containing the medical instruments collected after being used and disassembled by the medical institution,

an identification information checking element for checking the entered identification information on the package against the identification information on the package containing the medical instruments when being shipped to the medical institution,

an indicator for providing the user with information on any uncollected package detected based on the result of the checking step.

4. The medical instrument management equipment defined in claim 1, further comprising;

a weight recording element for recording the identification information on the package containing the medical instruments shipped to the medical institution and the weight of the package containing the medical instruments of interest, respectively,

a post-collection identification information entry element for entering the identification information assigned to the package containing the medical instruments shipped to the medical to the medical institution and collected after being used and disassembled by the medical institution,

an identification information checking element for checking the entered identification information on the package against the identification information on the package recorded, and

a subassembly recording element for recording any uncollected subassembly detected based on the result of the step of checking the weights of the packages determined to be corresponded one another.

5. The medical instrument management equipment defined in claim 4, wherein the subassembly recording element records the total weight of reusable instruments to be reused out of the medical instruments contained the package of interest.

6. Medical instruments, wherein each of them is assembled from plural kinds of subassemblies corresponding to given medical functions and after being assembled from its subassemblies, supports the given medical practice in cooperation among the subassemblies, said subassemblies have their own subassembly ID assigned to manage their status in an external database.

7. The medical instruments defined in claim 6, wherein to make a given reader to read the subassembly ID out from the subassembly, geometric information is assigned to the subassembly as the subassembly ID.

8. Medical instrument management equipment, comprising;

an assembly table storing element for storing an assembly table, which corresponds the medical instrument IDs assigned to the medical instruments, to the subassembly IDs assigned to each of their plural kinds of subassemblies, each of said subassemblies being associated with a given medical function as a basic unit of the medical instrument,

a medical instrument ID entry element for accepting the entered medical instrument IDs,

a subassembly ID entry element for accepting the entered subassembly IDs, and

an assembly table recording element for recording the entered medical instrument IDs on the medical instruments to be managed and the entered subassembly IDs on the subassemblies composing the medical instrument in connection with one another to manage the usage statues of the medical instruments and their subassemblies included.

9. The medical instrument management equipment defined in claim 8, further comprising;

an instrument usage data storing element for storing an instrument usage data table, which corresponds the medical instrument IDs on the medical instruments to information on their usage, and

an intended purpose entry element for accepting the information on the intended usage of the medical instruments entered from the user, and

an instrument usage data recording element for recording the medical instruments IDs accepted by the medical instrument ID entry element and the information on their intended usage accepted by the intended usage entry element in the instrument usage data table in connection with one another.

10. The medical instrument management equipment defined in claim 9, further composing;

a subassembly usage data storing element for storing the subassembly usage data table, corresponds the subassembly IDs on the subassemblies to the information on the usage of these subassemblies in connection with one another,

a subassembly ID determination element for detecting the subassembly IDs on the subassemblies composing the medical instrument to be managed based on the medical instrument IDs by referring to the assembly table, and

a subassembly usage data recording element for recording the subassembly IDs detected and the information on the usage of the medical instrument to be managed in the subassembly usage data table in connection with one another.

11. The medical instrument management equipment defined in claim 8, further comprising;

a supplied instrument table storing element for storing a supplied instrument table, which corresponds the medical instrument IDs on the medical instruments supplied to the clinical field to the subassembly IDs on the subassemblies composing the medical instrument in connection with one another, and

a collection status detection element for detecting the collected and/or uncollected subassemblies our of the subassemblies composing the medical instrument supplied based on the subassembly IDs on the subassemblies collected from the clinical field by referring to the supplied instrument table.

12. The medical instrument management equipment defined in claim 8, further comprising;

a malfunction table storing element for storing the malfunction table, which corresponds the information on any malfunction occurring when the medical instrument being used to the subassembly IDs on the subassemblies composing the medical instrument in connection with one another,

a malfunction entry element for accepting the information on the malfunction entered by the user,

a malfunction table recording element for recording the subassembly IDs on the subassemblies composing the medical instrument, for which malfunction information has been accepted, identified at the subassembly ID determination element and the information on the malfunction in the malfunction data table in connection with one another, and

a malfunction detection element for determining whether the subassembly determined to be previously defective was detected among the inspected subassemblies by referring to the malfunction data table.

13. The medical instrument management equipment defined in claim 12, wherein the malfunction table recording element records a combination of the subassemblies composing the medical instrument, for which the malfunction information has been accepted, and the information on the malfunction occurring the medical instrument in the malfunction data table in connection with one another, said malfunction detection element determining whether plural combinations of subassemblies to be inspected were contained in the malfunctioned medical instrument as its part or not by referring to the data table.

14. The medical instrument management equipment defined in claim 8, further composing;

a subassembly information storage for storing the identification information of the assemblies composing medical instrument to be purchased or leased and their usage attribute values usage status in connection with one another,

a usage attribute detection element for detecting the usage attribute values of the assemblies to be detected based on the identification information, and

an indicator for displaying the result of the detection step on a screen.

15. The medical instrument management equipment defined in claim 8, further comprising;

a subassembly information storage for storing the identification information on the subassemblies composing the medical instrument to be purchased or leased and the type information of the medical instrument composed of the assemblies in connection with one another,

a medical instrument information acquisition element for detecting the type information on the medical instrument assembled from the subassemblies to be detected based on the identification information acquired from the subassembly information storage, and

an indicator for displaying the result of the detection step on the screen.

16. The medical instrument management equipment defined in claim 8, further comprising;

an identification information acquisition element for acquiring subassembly identification information assigned to the subassemblies composing the medical instrument, which is assembled from one or more assemblies,

a usage attribute value acquisition element for reading the usage attribute values indicating the current usage of the subassemblies out from a recording medium storing the usage attribute values

a usage limit value acquisition element for reading the usage limit values indicating the limit values for the usage attribute values out from a recording medium storing the usage limit values,

a usage attribute value storing element for storing the assembly identification information and the usage attribute values in connection with one another,

a usage limit value storing element for storing the assembly identification information and the usage limit values in connection with one another, and

a reusability determination element for determining whether the assemblies composing the medical instrument, for which reusability is to be determined, may be reused or not based on the assembly identification information read out by checking the usage attribute values and the usage limit values.