SAMPLE ANALYSIS METHOD, SAMPLE ANALYSIS SYSTEM, AND RECOVERY METHOD

• US 20140297226A1
• Filed: 03/27/2014
• Published: 10/02/2014
• Est. Priority Date: 03/29/2013
• Status: Abandoned Application

• Current Assignee: Sysmex Corporation
• Original Assignee: Sysmex Corporation
• Inventors: KOEDA, Noriaki
• Application Number:
  US14/227,683
• Publication Number:
  US 20140297226A1
• Time in Patent Office: Days
• US Class Current: 702/188
• CPC Class Codes: G01N 2035/00881 network configurations
• CPC Class Codes: G01N 2035/00891 Displaying information to the operator
• CPC Class Codes: G01N 35/00584 Control arrangements for automatic analysers
• CPC Class Codes: G01N 35/00871 Communications between instruments or with remote terminals
• CPC Class Codes: G06F 11/2023 Failover techniques
• CPC Class Codes: G06F 11/2041 with more than one idle spare processing component
• CPC Class Codes: G16H 10/40 for data related to laboratory analysis, e.g. patient specimen analysis

Abstract

Disclosed is a sample analysis method using a sample measuring apparatus configured to operate under control of a first computer, the method comprising: making the sample measuring apparatus operate under control of a second computer instead of the first computer, the step including downloading, from an external server, a control program for executing a function of causing the sample measuring apparatus to start measurement of a sample, a function of receiving measurement data of the sample from the sample measuring apparatus, and a function of transmitting the received measurement data to the external server, and installing the control program in the second computer; causing the second computer to execute the installed control program to cause the sample measuring apparatus to perform measurement of a sample, and to transmit measurement data received from the sample measuring apparatus to the external server; and causing the external server to execute an analysis program for analyzing the measurement data received from the second computer, to analyze the measurement data and to generate an analysis result.

Claims

1. A sample analysis method using a sample measuring apparatus configured to operate under control of a first computer, the first computer having at least a function of causing the sample measuring apparatus to start measurement of a sample, a function of receiving measurement data of the sample from the sample measuring apparatus, and a function of analyzing the received measurement data to generate an analysis result, the sample analysis method comprising:

making the sample measuring apparatus operate under control of a second computer instead of the first computer, the step including

downloading, from an external server, a control program for executing a function of causing the sample measuring apparatus to start measurement of a sample, a function of receiving measurement data of the sample from the sample measuring apparatus, and a function of transmitting the received measurement data to the external server, and

installing the control program in the second computer;

causing the second computer to execute the installed control program to cause the sample measuring apparatus to perform measurement of a sample, and to transmit measurement data received from the sample measuring apparatus to the external server; and

causing the external server to execute an analysis program for analyzing the measurement data received from the second computer, to analyze the measurement data and to generate an analysis result.

2. The sample analysis method of claim 1, comprising

causing the second computer to refer to the generated analysis result on the external server for displaying it.

3. The sample analysis method of claim 1, wherein

making the sample measuring apparatus to operate under control of the second computer includes establishing a connection between the second computer in which the control program has been installed and the sample measuring apparatus.

4. The sample analysis method of claim 1, comprising:

connecting the second computer with a host computer which manages analysis results; and

causing the external server to transmit the analysis result generated by the external server to the host computer.

5. The sample analysis method of claim 1, wherein

the first computer is capable of storing therein data relating to measurement of a sample or analysis of measurement data, and

the method further comprises:

causing, while the sample measuring apparatus is capable of operating under control of the first computer, the first computer to transmit the data stored therein to the external server; and

causing the external server to store the data therein, to establish data synchronization of the data between the first computer and the external server.

6. The sample analysis method of claim 5, wherein

the data includes information for analysis to be used when the first computer analyzes the measurement data, and

the method comprises:

causing the external server to analyze, by using the information for analysis which had been transmitted from the first computer, the measurement data transmitted from the second computer.

7. The sample analysis method of claim 5, wherein

the data includes information for measurement to be used when the first computer controls measurement of a sample performed by the sample measuring apparatus, and

the method comprises:

causing the second computer to obtain, from the external server, the information for measurement stored in the external server, and to control, by using the obtained information for measurement, measurement of a sample performed by the sample measuring apparatus.

8. The sample analysis method of claim 7, wherein

causing the external server to provide the second computer with the control program and the information for measurement when the external server receives a request of downloading the control program from the second computer.

9. The sample analysis method of claim 5, wherein

the data includes measurement order information indicating a measurement item to be measured for each of a plurality of samples, and

the method comprises:

causing the second computer to cause the sample measuring apparatus to start measurement of each sample based on the measurement order information stored in the external server.

10. The sample analysis method of claim 9, wherein

the sample measuring apparatus includes an ID obtaining part which obtains an ID from a sample container which contains a sample, and

the method comprises:

causing the second computer to cause the ID obtaining part of the sample measuring apparatus to obtain an ID, to receive the obtained ID from the sample measuring apparatus, and to transmit the received ID to the external server;

causing the external server to search, upon receiving the ID from the second computer, corresponding measurement order information by using the received ID as a key, and to transmit, to the second computer, the corresponding measurement order information or a measurement command based on the corresponding measurement order information; and

causing the second computer to control the sample measuring apparatus to start measurement of the sample, based on the received measurement order information or measurement command.

11. The sample analysis method of claim 1, comprising:

causing the external server to transmit the data stored therein to a recovery computer;

making the sample measuring apparatus operate under control of the recovery computer instead of the second computer; and

causing the recovery computer to analyze measurement data generated in a state where the sample measuring apparatus operates under control of the recovery computer.

12. The sample analysis method of claim 11, wherein

the external server includes:

a first server capable of storing therein the data transmitted from the first computer and the data transmitted from the second computer; and

a second server which performs data synchronization of the data with the first server, and

the method further comprises;

causing, prior to replacement of the second computer with the recovery computer, the second server to stop performing the data synchronization of the data with the first server;

causing, upon stop of the data synchronization, the second server to transmit, to the recovery computer, the data transmitted from the first computer or the second computer and stored in the second server;

causing, even after the stop of the data synchronization, the first server to update the data stored in the first server, based on data communication with the second computer; and

causing, upon completion of transmission of the data stored in the second server to the recovery computer, the first server to transmit difference data, of the data stored in the first server, which has been updated after the stop of the data synchronization with the second server, to the recovery computer.

13. The sample analysis method of claim 4, wherein

the external server is capable of storing therein a data group including the data transmitted from the first computer and other data transmitted from another computer which controls another sample measuring apparatus different from the sample measuring apparatus, and

the method comprises:

causing the second computer to transmit, to the external server, data identification information for identifying the data transmitted from the first computer in the data group; and

causing the external server to extract the data transmitted from the first computer from the data group, based on the data identification information.

14. The sample analysis method of claim 1, wherein

the external server stores a control program group including the control program used in at least the second computer and a different type of control program for controlling measurement of a sample performed by a sample measuring apparatus of a type different from that of the sample measuring apparatus, and

the method further comprises:

causing the second computer to transmit, to the external server, program identification information for identifying the control program in the control program group; and

causing the external server to extract the control program from the control program group based on the program identification information, and to transmit the control program to the second computer.

15. A sample analysis system comprising:

a sample measuring apparatus which measures a sample;

a computer which executes a control program for causing the sample measuring apparatus to measure a sample, and a communication program for performing communication with an external server; and

an external server including a storage section and connected to the computer via a network, wherein

the computer is configured to, by executing the control program, control the sample measuring apparatus to cause the sample measuring apparatus to measure a sample, and to receive measurement data from the sample measuring apparatus, and

the computer is further configured to, by executing the communication program, to transmit the received measurement data to the external server,

the external server is configured to, by executing an analysis program for analyzing the measurement data, analyze the measurement data to generate an analysis result, and store the generated analysis result in the storage section of the external server, and

the computer is further configured to refer to the analysis result stored in the storage section of the external server for displaying it.

16. The sample analysis system of claim 15, wherein

the external server stores in the storage section the control program and the communication program and includes a download site which allows, in response to a request from the computer, the computer to download the control program and the communication program stored in the storage section.

17. The sample analysis system of claim 16, wherein

the system includes a plurality of pairs of a sample measuring apparatus and a computer connected with the external server via a network,

the storage section stores, for each of a plurality of sample measuring apparatuses, information for measurement that is unique to the sample measuring apparatus, and

upon receiving a request for download along with identification information of one of the sample measuring apparatuses from one of the computers, the download site searches for information for measurement unique to the sample measuring apparatus by using the identification information as a key, and allows the computer to download the specified information for measurement along with the control program and the communication program.

18. The sample analysis system of claim 15, wherein

the system includes a plurality of pairs of a sample measuring apparatus and a computer connected with the external server via a network,

the storage section stores, for each of a plurality of sample measuring apparatuses, information for analysis that is unique to the sample measuring apparatus, and

upon receiving measurement data from a computer, the external server analyzes the received measurement data by using information for analysis unique to a sample measuring apparatus corresponding to the computer.

19. The sample analysis system of claim 15, wherein

the sample measuring apparatus comprises an ID obtaining part which obtains an ID from a sample container containing a sample,

by executing the control program, the computer causes the ID obtaining part of the sample measuring apparatus to obtain an ID, and receives the obtained ID from the sample measuring apparatus, and transmits the received ID to the external server,

upon receiving the ID from the computer, the external server searches for corresponding measurement order information by using the received ID as a key, and transmits, to the computer, the corresponding measurement order information or a measurement command based on the corresponding measurement order information, and

the computer causes the sample measuring apparatus to start measurement of the sample based on the received measurement order information or measurement command.

20. A recovery method for recovering a sample analysis system including:

a computer;

a sample measuring apparatus which measures a sample under control of the computer;

a first server which is connected to the computer of the sample measuring apparatus, receives data relating to measurement of a sample or analysis of measurement data continuously transmitted from the computer, and sequentially updates data stored therein with the received data; and

a second server which performs data synchronization of the data with the first server,

the recovery method comprising;

causing the second server to stop performing data synchronization of the data with the first server;

causing, upon stop of the data synchronization, the second server to transmit the data stored in the second server to a computer newly connected to the sample measuring apparatus;

causing, even after the stop of the data synchronization, the first server to update the data stored in the first server based on data communication with the newly connected computer; and

causing, upon completion of transmission of the data stored in the second server to the newly connected computer, the first server to transmit difference data, of the data stored in the first server, which has been updated after the stop of the data synchronization, to the newly connected computer.