Ultrasonic diagnosis apparatus
In the present invention, a plurality of functions are allocated to respective rotary encoders (RE 1 to RE 5 ) from among numerous functions involved in ultrasonic diagnosis, and each of the rotary encoders selectively targets for operation each of the allocated plurality of functions. Names for the plurality of functions allocated to each of the rotary encoders are displayed as a bundle within respectively corresponding function menus (FM 1 to FM 5 ). Within each of the function menus, the name of the function that is currently being targeted for operation is given a special display mode. For example, the function menu (FM 1 ) displays BbH and AIP, which are the names for two functions allocated to the rotary encoder (RE 1 ), the lower AIP being displayed at a lower brightness than the higher BbH, to explicitly show that the current target for operation is BbH.
1. An ultrasound diagnostic apparatus comprising:
a plurality of operation devices that receive an operation for setting a function related to ultrasound diagnosis from a user;
a display that displays a name of a function which is set through the plurality of operation devices,
wherein a plurality of functions from among a large number of functions related to the ultrasound diagnosis are assigned to each of the plurality of operation devices, and each of the operation devices selectively sets each of the plurality of functions assigned to the operation device as an operation target, and
wherein the display displays, for each of the operation devices, a function menu showing names of the plurality of functions assigned to the operation device, and displays, in the function menu, a name of an active function which is currently the operation target, a name of a non-active function which is not currently the operation target, and setting contents related to the active function between the name of the active function and the name of the non-active function;
an operation function processor that assigns the plurality of functions to each of the plurality of operation devices; and
a function menu processor that displays the function menu on the display,
wherein the operation function processor changes an active function which is the current operation target of the operation device according to a function change operation from the user on the operation device,
wherein the function menu processor displays, in the function menu corresponding to each of the operation devices, a name of the active function which is the current operation target at an upper part and a name of a non-active function which is not the current operation target at a lower part,
wherein the operation function processor changes the active function which is the current operation target of each of the operation devices every time the user applies the function change operation on the operation device, and
wherein the function menu processor displays, in an alternately switching manner and in the function menu corresponding to each of the operation devices, the name of the active function at the upper part and the name of the non-active function at the lower part every time the user applies the function change operation on the operation device.
2. The ultrasound diagnostic apparatus according to claim 1 , wherein
the plurality of operation devices are placed on an operation panel in a regular arrangement, and
the display displays the plurality of function menus corresponding to the plurality of operation devices according to the regular arrangement.
3. The ultrasound diagnostic apparatus according to claim 2 , wherein
the display displays the plurality of function menus while correlating an order of arrangement of the operation devices and an order of arrangement of the function menus related to the operation devices with each other.
4. The ultrasound diagnostic apparatus according to claim 3 , wherein
the plurality of functions to be assigned to the plurality of operation devices at once are set as a function set, a plurality of the function sets which differ from each other are stored, and the plurality of functions are assigned to the plurality of operation devices according to a function set selected by a user from among the plurality of stored function sets.
5. The ultrasound diagnostic apparatus according to claim 1 , wherein
the function menu processor displays, in the function menu corresponding to each of the operation devices, an operation state mark indicating an operation state of the active function which is the current operation target at the upper part, and
the function menu processor changes a display form of the operation state mark of the active function according to whether the active function is being activated, the active function is not activated but can be activated, or the active function cannot be activated.
6. The ultrasound diagnostic apparatus according to claim 1 , wherein
the function menu processor displays, in the function menu corresponding to each of the operation devices, setting contents related to the active function which is the current operation target at a middle part.
7. The ultrasound diagnostic apparatus according to claim 1 , wherein
the function menu processor displays, in the function menu corresponding to each of the operation devices, an operation state mark indicating an operation state of a non-active function which is not the current operation target at the lower part, and
the function menu processor changes a display form of the operation state mark of the non-active function according to whether the non-active function is being activated, the non-active function is not activated but can be activated, or the non-active function cannot be activated.
8. The ultrasound diagnostic apparatus according to claim 5 , wherein
the function menu processor displays, in the function menu corresponding to each of the operation devices, an operation state mark indicating an operation state of a non-active function which is not the current operation target at the lower part, and
the function menu processor changes a display form of the operation state mark of the non-active function according to whether the non-active function is being activated, the non-active function is not activated but can be activated, or the non-active function cannot be activated.
9. The ultrasound diagnostic apparatus according to claim 1 , wherein
each of the operation devices is a rotary encoder,
a function which is the current operation target of the rotary encoder is changed by a push operation on the rotary encoder, and
a setting of the function which is the current operation target is changed by a rotation operation on the rotary encoder.
10. An ultrasound diagnostic apparatus comprising:
a plurality of operation devices that receive an operation for setting a function related to ultrasound diagnosis from a user;
a display that displays a name of a function which is set through the plurality of operation devices,
wherein a plurality of functions from among a large number of functions related to the ultrasound diagnosis are assigned to each of the plurality of operation devices, and each of the operation devices selectively sets each of the plurality of functions assigned to the operation device as an operation target, and
wherein the display displays, for each of the operation devices, a function menu showing names of the plurality of functions assigned to the operation device, and displays, in the function menu, a name of an active function which is currently the operation target, a name of a non-active function which is not currently the operation target, and an operation state mark indicating an operation state of the active function at a region nearer to the name of the active function than to the name of the non-active function;
an operation function processor that assigns the plurality of functions to each of the plurality of operation devices; and
a function menu processor that displays the function menu on the display,
wherein the operation function processor changes an active function which is the current operation target of the operation device according to a function change operation from the user on the operation device,
wherein the function menu processor displays, in the function menu corresponding to each of the operation devices, a name of the active function which is the current operation target at an upper part and a name of a non-active function which is not the current operation target at a lower part,
wherein the operation function processor changes the active function which is the current operation target of each of the operation devices every time the user applies the function change operation on the operation device, and
wherein the function menu processor displays, in an alternately switching manner and in the function menu corresponding to each of the operation devices, the name of the active function at the upper part and the name of the non-active function at the lower part every time the user applies the function change operation on the operation device.
11. An ultrasound diagnostic apparatus comprising:
a plurality of operation devices that receive an operation for setting a function related to ultrasound diagnosis from a user;
a display that displays a name of a function which is set through the plurality of operation devices;
an operation function processor that assigns a plurality of functions from among a large number of functions related to the ultrasound diagnosis to each of the plurality of operation devices; and
a function menu processor that displays the function menu on the display, wherein
each of the operation devices selectively sets each of the plurality of functions assigned to the operation device as an operation target,
the display displays, for each of the operation devices, a function menu collectively showing names of the plurality of functions assigned to the operation device, and displays a name of a function which is currently the operation target with a special display form in the function menu,
the operation function processor changes an active function which is the current operation target of the operation device according to a function change operation from the user on the operation device,
the function menu processor displays, in the function menu corresponding to each of the operation devices, a name of the active function which is the current operation target at an upper part and a name of a non-active function which is not the current operation target at a lower part,
the operation function processor changes the active function which is the current operation target of each of the operation devices every time the user applies the function change operation on the operation device, and
the function menu processor displays, in an alternately switching manner and in the function menu corresponding to each of the operation devices, the name of the active function at the upper part and the name of the non-active function at the lower part every time the user applies the function change operation on the operation device.