Electronic endoscope
An electronic endoscope has a video-scope with an image sensor and a video-processor. The electronic endoscope has a first memory, a second memory, and a program data transmitter. The first memory is provided in the video-scope, and is capable of storing program data associated with an operation of the video-processor. The second memory is provided in the video-processor, and is capable of storing the program data. The program data transmitter according to the present invention is capable of transmitting the program data from the first memory to the second memory in a situation where the video-scope is connected to the video-processor.
1. An electronic endoscope having a video-scope with an image sensor and a video-processor, said electronic endoscope comprising:
a first memory that is provided in said video-scope and is configured to store a program associated with an operation of said video-processor, the program executing an observation operation to display an endoscope image by controlling the video-processor;
a second memory that is provided in said video-processor and is configured to store the program;
a third memory that is a nonvolatile memory and is provided in said video-processor;
a program transmitter that is configured to transmit the program from said first memory to said second memory upon said video-scope being connected to said video-processor, wherein the video processor performs the observation operation that is executed by the program transmitted from the first memory, the observation operation executed by the program not being previously executable by the video processor; and
a detector that detects a number of times that the program has been transmitted,
wherein said program transmitter further transmits the program stored in said second memory to said third memory in response to the detected number of transmitting-times exceeding a predetermined number.
2. The electronic endoscope of claim 1 , wherein the program is at least one of a program that executes a normal observation operation, a program that executes an auto-fluorescence observation operation, a program that performs an ultrasonic endoscope operation, and a program that executes a confocal endoscope operation.
3. The electronic endoscope of claim 1 , wherein said second memory comprises a volatile memory and said program transmitter transmits the program to the video processor for a new observation operation, associated with the connected video-scope, the new observation operation not having been implemented in the video processor.
4. The electronic endoscope of claim 1 , further comprising:
a selection screen displayer that displays a selection screen indicating plural programs stored in said first memory, the content of each program of the plural programs being different from every other program of the plural programs; and
a setting processor that sets one program of the plural programs in accordance with a setting-operation of an operator,
wherein said program transmitter transmits the set program from said first memory to said second memory.
5. The electronic endoscope according to claim 1 , connection of the video-scope to the video processor enabling the video processor to execute a new function based upon the transmitted program.
6. A video-processor connectable to a video-scope with a first memory that is configured to store a program associated with an operation of said video-processor, the program executing an observation operation to display an endoscope image by controlling the video-processor, the video processor comprising:
a second memory that is provided in said video-processor and is configured to store the program;
a third memory that is a nonvolatile memory and is provided in said video-processor;
a program transmitter that is configured to transmit the program from the first memory to said second memory upon the video-scope being connected to said video-processor, wherein the video processor performs the observation operation that is executed by the program transmitted from the first memory, the observation operation executed by the program not being previously executable by the video processor; and
a detector that detects a number of times that the program has been transmitted;
wherein said program transmitter further transmits the program stored in said second memory to said third memory in response to the detected number of transmitting-times exceeding a predetermined number.
7. The video processor according to claim 6 , wherein the program is at least one of a program that executes a normal observation operation, a program that executes an auto-fluorescence observation operation, a program that performs an ultrasonic endoscope operation, and a program that executes a confocal endoscope operation.
8. The video processor according to claim 6 , wherein said second memory comprises a volatile memory and said program transmitter transmits the program to the video processor for a new observation operation, associated with the connected video-scope, the new observation operation not having been implemented in the video processor.
9. The video processor according to claim 6 , connection of the video-scope to the video processor enabling the video processor to execute a new function based upon the transmitted program.
10. The video processor according to claim 6 , further comprising:
a selection screen displayer that displays a selection screen indicating plural programs stored in the first memory, the content of each program of the plural program being different from the program of every other program of the plural programs; and
a setting processor that sets one program of the plural programs, in accordance with a setting operation of an operator,
wherein the program transmitter transmits the set program from the first memory to the second memory.
11. An apparatus for transmitting a program associated with an electronic endoscope, the apparatus comprising:
a scope detector that detects whether a video-scope, having a first memory that is configured to store a program associated with an operation of a video-processor, is connected to the video-processor, the program executing an observation operation to display an endoscope image by controlling the video-processor;
a program transmitter that is configured to transmit the program from the first memory to a second memory that is provided in the video-processor and is capable of storing the program, upon the video-scope being connected to the video-processor, wherein the video processor performs the observation operation that is executed by the program transmitted from the first memory, the observation operation executed by the program not being previously executable by the video processor; and
a detector that detects a number of times that the program has been transmitted;
wherein the program transmitter further transmits the program stored in the second memory to a non-volatile third memory provided in the video-processor in response to the detected number of transmission times exceeding a predetermined number.
12. The apparatus according to claim 11 , wherein the program is at least one of a program that executes a normal observation operation, a program that executes an auto-fluorescence observation operation, program that performs an ultrasonic endoscope operation, and a program that executes a confocal endoscope operation.
13. The apparatus according to of claim 11 , wherein said second memory comprises a volatile memory and said program transmitter transmits a program to the video processor for a new observation operation, associated with the connected video-scope, the new observation operation not having been implemented in the video processor.
14. The apparatus according to claim 11 , connection of the video-scope to the video processor enabling the video processor to execute a new function based upon the transmitted program.
15. The apparatus according to claim 11 , further comprising:
a selection screen displayer that displays a selection screen indicating plural programs stored in the first memory, the content of each program of the plural programs being different from every other program of the plural programs; and
a setting processor that sets one program of the plural programs in accordance with a setting operation of an operator,
wherein the program transmitter transmits the set program from the first memory to the second memory.
16. A computer readable medium that stores a program for transmitting a program associated with an electronic endoscope, the computer readable medium comprising:
a scope detecting segment that detects whether a video-scope, having a first memory that is capable of storing a program associated with an operation of a video-processor, is connected to the video-processor, the program executing an observation operation to display an endoscope image by controlling the video-processor; and
a program transmitting segment that is capable of transmitting the program from the first memory to a second memory that is provided in the video-processor and is capable of storing the program, upon the video-scope being connected to the video-processor, wherein the video processor performs the observation operation that is executed by the program transmitted from the first memory, the observation operation executed by the program not being previously executable by the video processor; and
a detecting segment that detects a number of times that the program has been transmitted from the first memory to the second memory;
wherein said program transmitting segment further transmits the program stored in the second memory to a third memory in response to the detected number of transmitting-times exceeding a predetermined number, the third memory being a non-volatile memory provided on the video-processor.
17. The computer readable medium according to claim 16 , wherein the program is at least one of a program that executes a normal observation operation, a program that executes an auto-fluorescence observation operation, a program that performs an ultrasonic endoscope operation, and a program that executes a confocal endoscope operation.
18. The computer readable medium according to claim 16 , wherein said second memory comprises a volatile memory and said program transmitting segment transmits the program to the video processor for a new observation operation, associated with the connected video-scope, the new observation operation not having been implemented in the video processor.
19. The computer readable medium according to claim 16 , connection of the video-scope to the video processor enabling the video processor to execute a new function based upon the transmitted program.