Medical image capture apparatus for sharing setting information, program for controlling the same, and system

1. A medical image capture apparatus for capturing a medical image of an object to be imaged, said apparatus comprising memory and a processor, and being connected with another medical image capture apparatus via a network, wherein:

in said memory are stored: first data including first setting information set in said medical image capture apparatus, said first setting information including first intrinsic information intrinsic to said medical image capture apparatus, and first shared information shared with said other medical image capture apparatus; and backup data for said first intrinsic information,

in said other medical image capture apparatus is stored second data including second setting information set in said other medical image capture apparatus, said second setting information including: second intrinsic information intrinsic to said other medical image capture apparatus and different from said first intrinsic information; and second shared information shared with said medical image capture apparatus, and

once said second data is input via said network, said processor

rewrites said first data stored in said memory into said second data,

reads said first intrinsic information in said backup data, and

rewrites said second intrinsic information into which said first intrinsic information has been rewritten, into said first intrinsic information in said backup data.

2. The medical image capture apparatus as recited in claim 1 , wherein:

said apparatus is connected to a server via said network, said server being connected with said other medical image capture apparatus via said network, and

said second data input via said network is data that is input from said other medical image capture apparatus to said server via said network and stored there.

3. A system comprising first and second medical image capture apparatuses for capturing medical images of objects to be imaged, said first and second medical image capture apparatuses being connected with each other via a network,

said first medical image capture apparatus comprising first memory and a first processor,

said second medical image capture apparatus comprising second memory and a second processor, wherein:

in said first memory are stored: first data including first setting information set in said first medical image capture apparatus, said first setting information including first intrinsic information intrinsic to said first medical image capture apparatus, and first shared information shared with said second medical image capture apparatus; and backup data for said first intrinsic information,

in said second memory is stored second data including second setting information set in said second medical image capture apparatus, said second setting information including: second intrinsic information intrinsic to said second medical image capture apparatus and different from said first intrinsic information; and second shared information shared with said first shared information,

said second processor outputs said second data to said network, and

said first processor

rewrites said first data stored in said first memory into said second data input via said network,

reads said first intrinsic information in said backup data, and

rewrites said second intrinsic information into which said first intrinsic information has been rewritten, into said first intrinsic information in said backup data.

4. The system as recited in claim 3 , comprising:

a server connected with said first and second medical image capture apparatuses via said network, wherein

said second processor outputs said second data to said server via said network,

said server outputs said second data to at least said first medical image capture apparatus via said network, and

said first processor performs rewriting of said first data using said second data input from said server.

5. The system as recited in claim 4 , wherein:

said server comprises a third processor,

said third processor outputs said second data input into said server out to said first medical image capture apparatus via said network, and

said first processor performs rewriting said first data into said second data input from said server in a case that it decides that contents of said second setting information included in said second data input from said server are not identical to those of said first setting information stored in said first memory.

6. The system as recited in claim 5 , wherein:

said third processor further outputs said second data input into said server out to said second medical image capture apparatus via said network, and

said second processor performs rewriting said first data into said second data input from said server in a case that it decides that contents of said second setting information included in said second data input from said server are not identical to those of said second setting information stored in said second memory.

7. The system as recited in claim 6 , wherein:

said second processor appends, to said second data, identification information for identifying said second medical image capture apparatus in which said second data is stored, and outputs resulting data to said network, and

said first processor performs rewriting by referring to said identification information input via said network, and deciding that it is necessary to rewrite said second intrinsic information in said written second data input from said server, into said first intrinsic information in said backup data.

8. The system as recited in claim 5 , wherein:

said second processor appends, to said second data, identification information for identifying said second medical image capture apparatus in which said second data is stored, and outputs resulting data to said network, and

said first processor performs rewriting by referring to said identification information input via said network, and deciding that it is necessary to rewrite said second intrinsic information in said written second data input from said server, into said first intrinsic information in said backup data.

9. The system as recited in claim 4 , wherein:

said second processor appends, to said second data, identification information for identifying said second medical image capture apparatus in which said second data is stored, and outputs resulting data to said network, and

said first processor performs rewriting by referring to said identification information input via said network, and deciding that it is necessary to rewrite said second intrinsic information in said written second data input from said server, into said first intrinsic information in said backup data.

10. The system as recited in claim 4 , wherein:

said server comprises a third processor,

said second processor appends, to said second data, identification information for identifying said second medical image capture apparatus in which said second data is stored, and outputs resulting data to said server via said network,

the third processor in said server outputs said second data along with said identification information to said first and second medical image capture apparatuses via said network,

in said first medical image capture apparatus, said first processor performs rewriting by referring to said identification information, and deciding that it is necessary to rewrite said second intrinsic information in said written second data input from said server, into said first intrinsic information in said backup data, and

in said second medical image capture apparatus to which said second data is input, said second processor performs restoration of said second data in said second memory using said second data input from said server.

11. The system as recited in claim 4 , wherein:

said server comprises a third processor,

said second processor appends, to said second data, identification information for identifying said second medical image capture apparatus in which said second data is stored, and outputs resulting data to said server via said network, and

said third processor in said server refers to said identification information, and outputs said second data to said first medical image capture apparatus via said network, and

once said second data is input, said first processor performs rewriting into said second data.

12. The system as recited in claim 4 , wherein: said server comprises third memory for storing therein said second data.

13. The system as recited in claim 3 , wherein:

said second processor appends, to said second data, identification information for identifying said second medical image capture apparatus in which said second data is stored, and outputs resulting data to said network, and

said first processor performs rewriting by referring to said identification information input via said network, and deciding that it is necessary to rewrite said second intrinsic information in said written second data input from a server, into said first intrinsic information in said backup data.

14. The system as recited in claim 3 , wherein: said second medical image capture apparatus comprises a second user interface for accepting an operator's input of said second setting information.

15. A method of controlling a medical image capture apparatus for capturing a medical image of an object to be imaged, said apparatus comprising memory and a processor, and being connected with another medical image capture apparatus via a network, wherein:

in said memory are stored: first data including first setting information set in said medical image capture apparatus, said first setting information including first intrinsic information intrinsic to said medical image capture apparatus, and first shared information shared with said other medical image capture apparatus; and backup data for said first intrinsic information,

in said other medical image capture apparatus is stored second data including second setting information set in said other medical image capture apparatus, said second setting information including: second intrinsic information intrinsic to said other medical image capture apparatus and different from said first intrinsic information; and second shared information shared with said medical image capture apparatus, and

the method comprising controlling, with said processor, to:

once said second data is input via said network, rewrite said first data stored in said memory into said second data,

read said first intrinsic information in said backup data, and

rewrite said second intrinsic information into which said first intrinsic information has been rewritten, into said first intrinsic information in said backup data.

16. The method of controlling the medical image capture apparatus as recited in claim 15 , wherein:

said apparatus is connected to a server via said network, said server being connected with said other medical image capture apparatus via said network, and

said second data input via said network is data that is input from said other medical image capture apparatus to said server via said network and stored there.