CN107003404A - The method and ultrasonic equipment of information are provided using multiple displays - Google Patents

The method and ultrasonic equipment of information are provided using multiple displays Download PDF

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Publication number
CN107003404A
CN107003404A CN201580066390.5A CN201580066390A CN107003404A CN 107003404 A CN107003404 A CN 107003404A CN 201580066390 A CN201580066390 A CN 201580066390A CN 107003404 A CN107003404 A CN 107003404A
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CN
China
Prior art keywords
ultrasonic equipment
display unit
display
ultrasonography
item
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201580066390.5A
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Chinese (zh)
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CN107003404B (en
Inventor
姜皓琼
任震宇
孙基源
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Samsung Electronics Co Ltd
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Samsung Electronics Co Ltd
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Filing date
Publication date
Application filed by Samsung Electronics Co Ltd filed Critical Samsung Electronics Co Ltd
Priority claimed from PCT/KR2015/010849 external-priority patent/WO2016060475A1/en
Publication of CN107003404A publication Critical patent/CN107003404A/en
Application granted granted Critical
Publication of CN107003404B publication Critical patent/CN107003404B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
    • G01S15/00—Systems using the reflection or reradiation of acoustic waves, e.g. sonar systems
    • G01S15/88—Sonar systems specially adapted for specific applications
    • G01S15/89—Sonar systems specially adapted for specific applications for mapping or imaging
    • G01S15/8906—Short-range imaging systems; Acoustic microscope systems using pulse-echo techniques
    • G01S15/899—Combination of imaging systems with ancillary equipment
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
    • A61B8/46—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient
    • A61B8/461—Displaying means of special interest
    • A61B8/464—Displaying means of special interest involving a plurality of displays
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
    • A61B8/46—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient
    • A61B8/461—Displaying means of special interest
    • A61B8/465—Displaying means of special interest adapted to display user selection data, e.g. icons or menus
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
    • A61B8/46—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient
    • A61B8/467—Ultrasonic, sonic or infrasonic diagnostic devices with special arrangements for interfacing with the operator or the patient characterised by special input means
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
    • G01S7/00—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00
    • G01S7/52—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00 of systems according to group G01S15/00
    • G01S7/52017—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00 of systems according to group G01S15/00 particularly adapted to short-range imaging
    • G01S7/52079—Constructional features
    • G01S7/52084—Constructional features related to particular user interfaces
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
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    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
    • G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
    • G06F3/0482—Interaction with lists of selectable items, e.g. menus
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    • G06F—ELECTRIC DIGITAL DATA PROCESSING
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    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
    • G06F3/04842—Selection of displayed objects or displayed text elements
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
    • G06F3/04847—Interaction techniques to control parameter settings, e.g. interaction with sliders or dials
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
    • G06F3/0486—Drag-and-drop
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
    • G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
    • G01S7/00—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00
    • G01S7/52—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00 of systems according to group G01S15/00
    • G01S7/52017—Details of systems according to groups G01S13/00, G01S15/00, G01S17/00 of systems according to group G01S15/00 particularly adapted to short-range imaging
    • G01S7/52053—Display arrangements
    • G01S7/52057—Cathode ray tube displays
    • G01S7/52073—Production of cursor lines, markers or indicia by electronic means
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
    • G06F2203/041—Indexing scheme relating to G06F3/041 - G06F3/045
    • G06F2203/04101—2.5D-digitiser, i.e. digitiser detecting the X/Y position of the input means, finger or stylus, also when it does not touch, but is proximate to the digitiser's interaction surface and also measures the distance of the input means within a short range in the Z direction, possibly with a separate measurement setup
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
    • G06F2203/048—Indexing scheme relating to G06F3/048
    • G06F2203/04803—Split screen, i.e. subdividing the display area or the window area into separate subareas
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
    • G06F2203/048—Indexing scheme relating to G06F3/048
    • G06F2203/04804—Transparency, e.g. transparent or translucent windows
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G2320/00—Control of display operating conditions
    • G09G2320/02—Improving the quality of display appearance
    • G09G2320/0271—Adjustment of the gradation levels within the range of the gradation scale, e.g. by redistribution or clipping
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
    • G09G2320/00—Control of display operating conditions
    • G09G2320/06—Adjustment of display parameters
    • G09G2320/0606—Manual adjustment

Abstract

The invention provides ultrasonic equipment, including：First display, is configured to show ultrasonography；Control panel, including second display that is different from the first display and being configured to the display multiple item controlleds related with ultrasonography；And controller, the position for the input tool being configured on second display selects at least one item controlled from multiple item controlleds, and controls the first display to show at least one selected item controlled together with ultrasonography and represent the designator of the position of input tool.

Description

The method and ultrasonic equipment of information are provided using multiple displays
Technical field
The apparatus and method consistent with exemplary embodiment include：Ultrasonic equipment including multiple display units and pass through The method for providing information using multiple display units in ultrasonic equipment.
Background technology
Destination object of the ultrasonic equipment for medical diagnosis from human body surface into human body irradiates ultrasonic signal, and receives from mesh The ultrasonic signal of object reflection is marked, so that the information acquisition of the ultrasonic signal based on reflection is on the disconnected of soft tissue or blood flow The image of layer photography.
Such ultrasonic equipment for medical diagnosis can with display information in real time, and can have small size and relatively low operation into This.Ultrasonic equipment for medical diagnosis causes radioactive exposure unlike X-ray, therefore safer.Therefore, ultrasonic equipment for medical diagnosis and its He widely uses the imaging diagnostic apparatus of type together, including radiographic apparatus, computer tomography (CT) scanner, MRI (MRI) device, nuclear medicine diagnostic apparatus etc..
The content of the invention
Technical scheme
According to one or more exemplary embodiments, there is provided a kind of method for providing information so that including multiple aobvious Show in the ultrasonic equipment of unit, while ultrasonography is scanned, the sight of user is not directed to outside main screen.
Advantageous effects
According to one or more exemplary embodiments, ultrasonic equipment can provide information, so as in scanning ultrasonogram Not eyes (for example, eyes of sonographer) of dispersion user during picture.
Brief description of the drawings
With reference to accompanying drawing, from the following description of exemplary embodiment, these and/or other aspect will become obvious and It is easier to understand, in the accompanying drawings：
Fig. 1 is the figure of the ultrasonic equipment including multiple display units according to exemplary embodiment；
Fig. 2A is the ultrasonic equipment of the control panel for including being formed by touch-screen completely according to exemplary embodiment Figure；
Fig. 2 B are the figures of the ultrasonic equipment including removable display unit according to exemplary embodiment；
Fig. 3 is the figure for showing the portable ultrasonic equipment according to embodiment；
Fig. 4 is the flow chart of the method for the information for showing the offer ultrasonic equipment according to exemplary embodiment；
Fig. 5 is to show the ultrasonic wave in the case where occurring the touch event relative to touch-screen according to exemplary embodiment The figure for being used to indicate the operation of at least one item controlled and designator on main screen of equipment；
Fig. 6 be show according to the ultrasonic equipment of exemplary embodiment be used for main screen is shown according to Pre-defined gesture At least one item controlled and designator operation figure；
Fig. 7 is to show being used for by using pressure sensor sensing touch according to the ultrasonic equipment of exemplary embodiment The figure of the operation of the pressure of touch-screen；
Fig. 8 be show according to the ultrasonic equipment of exemplary embodiment be used for user is sensed substantially by using camera The figure of the operation of touch gestures；
Fig. 9 is the side for showing to determine the transparency of at least one item controlled according to the ultrasonic equipment of exemplary embodiment The flow chart of method；
Figure 10 is to show on the home screen to be shown at least one item controlled according to the ultrasonic equipment of exemplary embodiment The figure for the example being shown as transparent for；
Figure 11 is to show to be shown on the region for not showing ultrasonography according to the ultrasonic equipment of exemplary embodiment The figure of the method for at least one item controlled and designator；
Figure 12 is to show to show ultrasonic wave on the first area of main screen according to the ultrasonic equipment of exemplary embodiment Image and shown on the second area of main screen at least one item controlled and designator example figure；
Figure 13 is to show to provide information by using multiple display units according to the ultrasonic equipment of exemplary embodiment The flow chart of method；
Figure 14 is to show to be shown on the home screen according to the ultrasonic equipment of exemplary embodiment to show on the touchscreen The figure of the example of some item controlleds；
Figure 15 is to show to be shown according to the ultrasonic equipment of exemplary embodiment to select corresponding to from least one item controlled The flow chart of the method for the window for the specific item controlled selected；
Figure 16 is the example for showing to move designator according to drag gesture according to the ultrasonic equipment of exemplary embodiment Figure；
Figure 17 is to show to select specific control based on End Event is touched according to the ultrasonic equipment of exemplary embodiment The figure of the example of project；
Figure 18 is to show to show the window corresponding to selected item controlled according to the ultrasonic equipment of exemplary embodiment The figure of the method for mouth；
Figure 19 is to show to change designator according to the touch gestures of user according to the ultrasonic equipment of exemplary embodiment Position or select item controlled method figure；
Figure 20 A to 20D are to show the ultrasonic equipment according to exemplary embodiment according to the user received by touch-screen Touch gestures select specific item controlled and show showing for the window corresponding with the specific item controlled on the home screen The figure of example；
Figure 21 A to 21C are to show to be moved according to the hovering gesture of user according to the ultrasonic equipment of exemplary embodiment Designator simultaneously selects the figure of the example of item controlled according to the touch gestures of user；
Figure 22 is to show to show different displays kind on multiple display units according to the ultrasonic equipment of exemplary embodiment The flow chart of the method for the item controlled of class；
Figure 23 A to 23C are to show to be shown for the level of gray-scale map to be set according to the ultrasonic equipment of exemplary embodiment It is set to the figure of the example of different item controlleds on the first display unit and the second display unit；
Figure 24 A to 24C are to show to be shown for being the by set of frequency according to the ultrasonic equipment of exemplary embodiment The figure of the example of different item controlleds on one display unit and the second display unit；
Figure 25 is to show to be provided on increasing by using multiple display units according to the ultrasonic equipment of exemplary embodiment The flow chart of the method for the information that benefit value is set；
Figure 26 A and 26B are to show that providing gain on the touchscreen according to the ultrasonic equipment of exemplary embodiment sets window Mouthful and show on the home screen gain line example figure；
Figure 27 is to show species of the ultrasonic equipment based on touch gestures according to exemplary embodiment to determine to input mould The flow chart of the method for formula；
Figure 28 A and 28B are the figures of the depth selection mode according to exemplary embodiment；
Figure 29 A and 29C are the figures of the gain change pattern according to exemplary embodiment；
Figure 30 be show to be determined according to species of the ultrasonic equipment of exemplary embodiment based on touch gestures it is related to TGC Input pattern example figure；
Figure 31 be show to be determined according to species of the ultrasonic equipment of exemplary embodiment based on touch gestures it is related to LGC Input pattern example figure；
Figure 32 is to show to provide increase corresponding with predetermined gain value sets according to the ultrasonic equipment of exemplary embodiment The flow chart of the method for beneficial line；
Figure 33 A to 33C are to show the offer according to exemplary embodiment on being selected by user via touch-screen and main screen The figure of the example of the information for the predetermined gain value set selected；
Figure 34 is the side for showing to show gain line on multiple display units according to the ultrasonic equipment of exemplary embodiment The flow chart of method；
Figure 35 A and 35F are to show to show increasing on touch-screen and main screen according to the ultrasonic equipment of exemplary embodiment The figure of the example of beneficial line；And
Figure 36 and 37 is the block diagram of the ultrasonic equipment according to exemplary embodiment.
Embodiment
According to the one side of exemplary embodiment, ultrasonic equipment includes：First display, is configured to show ultrasonic wave Image；Control panel, including it is different from the first display and be configured to the display multiple controls related with ultrasonography The second display of project；And controller, the position of input tool being located on second display is configured to from multiple At least one item controlled is selected in item controlled, and controls the first display to show selected together with ultrasonography The designator of the position of at least one item controlled and expression input tool.
Ultrasonic equipment can also include at least one sensor, and it is configured to the input that sensing is located on second display The position of instrument.
At least one sensor can be included from touch sensor, pressure sensor, proximity transducer, imaging sensor, At least one selected in depth transducer and infrared ray sensor.
Whether controller is also configured as based at least one item controlled in the predetermined of the position of distance input instrument At least one item controlled is selected apart from interior display.
Controller is also configured as by being selected from the multiple menu groups being shown on the second display unit and input The position of instrument corresponding menu group selects at least one item controlled.
Controller is also configured as the display indicator at least one item controlled.
The position that controller is also configured as when input tool on the second display changes when changing in the first display The position of the designator shown on device.
Ultrasonography can include the real time ultrasound image obtained via probe.
First display can be additionally configured to the finger for the position for showing at least one item controlled and representing input tool Show symbol so that at least one item controlled and designator the covering ultrasonography shown by the first display.
Controller be also configured as determining based on predefined transparence information showing on ultrasonography to The transparency of a few item controlled.
Controller is also configured as on the first area of the first display showing ultrasonography, and aobvious first Show and at least one item controlled and designator are shown on the second area of device.
Controller is also configured as receiving for selecting one from least one item controlled via second display First input of item controlled, and for selecting the first of item controlled to input the position that can be differently configured from for changing designator The second input put.
Controller is also configured as on the first display unit showing window corresponding with selected item controlled.
Controller is also configured as showing that what is shown on the first display surpasses in the presumptive area of second display Audiograph picture.
According to the one side of exemplary embodiment, the method that information is provided via ultrasonic equipment, this method includes： Ultrasonography is shown on first display；Display and ultrasonography phase on the second display being included in control panel The multiple item controlleds closed；Position based on the input tool on second display is selected at least from multiple item controlleds One item controlled；And show on the first display together with ultrasonography at least one selected item controlled and Represent the designator of the position of input tool.
According to the one side of exemplary embodiment, ultrasonic equipment includes：First display, is configured to show ultrasonic wave Image；Control panel, including it is different from the first display and be configured to the display multiple controls related with ultrasonography The second display of project；And controller, it is configured to input tool and touches the position of second display from multiple controls The first item controlled is selected in project, it is determined that different from showing the first display format of the first item controlled on the second display Second display format, and control the first display selected first item controlled is shown with second display format.
When compared with the first display format, second display format can be simplified, it is possible to less complexity.
Controller is also configured as sensing the first item controlled that input tool touch is shown with the first display format Position, and will represent that the designator of the position of input tool is included in the first item controlled shown with second display format On.
Controller is also configured as when input tool touches the position of the first item controlled shown with the first display format The designator shown on the first item controlled shown with second display format is moved when putting change.
The dragging that controller is also configured as receiving on the first item controlled shown with the first display format is inputted, and And change the position of the designator shown on the first item controlled shown with second display format.
When controller senses touching for the first item controlled that touch is shown with the first display format on the second display When touching input, controller is also configured as showing the first item controlled on the first display with second display format, simultaneously Continuation shows the first item controlled with the first display format on the second display.
First display is also configured as showing the first item controlled with second display format so that is shown in first and shows Show the first item controlled covering ultrasonography on device.
First display is also configured as on the first area of the first display showing ultrasonography, and The first item controlled is shown with second display format on the second area of one display.
, should according to the one side of exemplary embodiment there is provided a kind of method that information is provided via ultrasonic equipment Method includes：Ultrasonography is shown on the first display；On the second display being included in control panel display with The related multiple item controlleds of ultrasonography；The position of second display is touched from multiple item controlleds based on input tool Select the first item controlled；It is determined that different from showing the first display format of the first item controlled on the second display second Display format；And the first item controlled of second display format is shown together with the first item controlled on the first display.
According to the one side of exemplary embodiment, ultrasonic equipment includes：First display, is configured to show ultrasonic wave Image；Control panel, including second display, second display are configured to show multiple slider bars, and multiple slider bars are used to adjust The corresponding yield value of the depth part of the whole ultrasonography with first area；And controller, it is configured to control first and shows Show that device shows gain line together with ultrasonography, wherein, gain line passes through the position based on input tool touch second display Put and connect the yield value corresponding with the position of the adjustment button on multiple slider bars to determine.
Controller is also configured as showing expression and input tool the on the first display in the gain line that shows The designator of the corresponding depth part in position on one region.
Controller is also configured as the movement when the position of input tool changes in first area and shown in gain line The designator shown.
Controller is also configured as receiving for moving in the adjustment button on multiple slider bars via second display The input of at least one, based on the input move at least one adjustment button, and based on moved at least one tune The position of whole button changes the shape of the gain line shown on the first display.
Controller is also configured as inputting based on the touch gestures via input tool sensed via second display To determine input pattern, and input pattern can include being used to from the depth part of ultrasonography select a depth portion The depth selection mode divided and the gain change pattern for changing yield value.
Controller is also configured as determining that input pattern is deep when the touch gestures of input tool are single finger gestures Selection mode is spent, and determines that input pattern is gain change pattern when the touch gestures of input tool are multi-finger gestures.
Controller is also configured as in response to dragging finger up or down while finger is contacted with first area The first drag gesture be moved to the first depth part come the designator being displayed in gain line, in response at least two hands Finger drags the second drag gesture of at least two finger while contact with first area to adjust the in the lateral direction The yield value of one depth part, and the shape of the gain line shown on the first display is changed based on the yield value adjusted Shape.
Controller is also configured as receiving for selecting one in multiple preset gain value sets via second display Individual input, and moved according to selected preset gain value set in the adjustment button on multiple slider bars at least one Individual adjustment button.
Controller can show gain line corresponding with selected preset gain value set on the first display.
According to the one side of exemplary embodiment, a kind of method that information is provided via ultrasonic equipment, this method bag Include：Ultrasonography is shown on the first display；Multiple slips are shown on the second display being included in control panel Bar, multiple slider bars are used to adjust yield value corresponding with the depth part of ultrasonography；And on the first display with Ultrasonography shows gain line together, wherein, gain line company by the position based on input tool touch second display The yield value corresponding with the position of the adjustment button on multiple slider bars is connect to determine.
According to the one side of exemplary embodiment, ultrasonic equipment includes：First display, is configured to show ultrasonic wave Image；Control panel, including second display that is different from the first display and being configured to show the first gain line, first increases Beneficial line is used to set yield value corresponding with the depth part of ultrasonography；And controller, it is configured to touch second The touch input of the first gain line shown on display, the first display of control shows the second gain together with ultrasonography Line, wherein, the second gain line shown on the first display corresponds to the first gain line shown on second display.
Controller is also configured as in response to touching the touch input of the first gain line shown on second display The multiple yield values represented by the point of first gain line are extracted, and the second gain is generated based on the multiple yield values extracted Line.
Controller is also configured as the overall depth value based on the ultrasonography shown on the first display come really The length of fixed second gain line.
First display is also configured as showing the second gain line in the side of ultrasonography so that by the second gain The depth value that the point of line is represented corresponds to the depth value of ultrasonography.
Controller is also configured as showing the second gain line on the first display so that the peak of the second gain line Minimum point corresponding to the lowest depth value of ultrasonography, and the second gain line corresponds to the highest depth of ultrasonography Value.
First gain line and the second gain line can be by connecting yield value corresponding with the depth part of ultrasonography And obtain.
First display is also configured as on the first area of the first display showing ultrasonography, and The second gain line is shown on the second area of one display.
Controller is also configured as showing the instruction for representing the touch location in the first gain line in the second gain line Symbol.
Controller is also configured as when the touch location in the first gain line changes, mobile to show in the second gain line The designator shown.
When controller is received for changing the first gain value sets corresponding to the first gain line via the first gain line When being changed into the input of the second gain value sets, controller is also configured as changing aobvious first based on the second gain value sets Show the shape of the second gain line shown on device.
At the end of the touch input in the first gain line, controller is also configured as stopping showing the second gain line.
, should according to the one side of exemplary embodiment there is provided a kind of method that information is provided via ultrasonic equipment Method includes：Ultrasonography is shown on the first display；Is shown on the second display being included in control panel One gain line, the first gain line is used to set yield value corresponding with the depth part of ultrasonography；And based on second The touch input of the first gain line shown on display, shows the second gain together with ultrasonography on the first display Line, wherein, the second gain line shown on the first display corresponds to the first gain line shown on second display.
According to the one side of exemplary embodiment, there is provided the non-transitory computer readable medium including instruction.Instruction It can be realized by computing device：Ultrasonography is shown on the first display；In the chain of command with the first displays separated Display is configured to control to adjust multiple item controlleds of ultrasonography on the second display of plate；It is based on and second display The position of corresponding input tool, selects at least one item controlled from multiple item controlleds；And the first display of control To show the designator of at least one selected item controlled and the position for representing input tool together with ultrasonography.
Instruction can further be realized by computing device：Input corresponding with second display is detected by sensor The position of instrument.
At least one described sensor can be included from touch sensor, pressure sensor, proximity transducer, image sensing At least one selected in device, depth transducer and infrared ray sensor.
Instruction can further be realized by computing device：Based at least one item controlled whether in distance input work Show to select at least one item controlled in the preset distance of the position of tool.
Invention pattern
Ordinary skill should be interpreted as having including used herein descriptive or technical term all terms The implication that personnel are understood.However, according to the appearance of the intention, precedent or new technology of those of ordinary skill in the art, term There can be different implications.Some terms can arbitrarily be selected by applicant, in this case, by the detailed of this specification The implication of selected item is described in detail in thin description.Therefore, terms used herein must be based on the implication of term and entirely say Description in bright book is defined.
Throughout the specification, it will also be understood that when component " comprising " element, unless otherwise opposite description, otherwise should Work as understanding, the component is not excluded for other element and may further include another element.In addition, such as " ... unit ", Terms such as " ... module " refers to the unit for performing at least one function or operation, and unit may be implemented as hardware or soft Part, or hardware and software combination.As used herein, term "and/or" includes the project that one or more correlations are listed Any and all combinations.Whole element list is modified in the expression of such as " at least one " before element list, and is not repaiied Adorn the individual component of list.
Throughout the specification, " ultrasonography " represents the image of the object obtained by using ultrasonic signal. In specification, " object " can include the part of people, animal or human or animal.For example, object can be organ (for example, Liver, heart, uterus, brain, breast or belly), blood vessel or its combination.Object can include model.Model refers to have very Close to organism density and effective atomic number volume material, and can include with the feature similar to body Sphere model.
Throughout the specification, " user " can be but not limited to Medical Technologist, including doctor, nurse, medical laboratory Technical staff and ultrasonic examination person.
Now with detailed reference to the exemplary embodiment being shown in the drawings.In this respect, exemplary embodiment can have There are different forms, and should not be construed as limited to description described in this paper.In the following description, public affairs are not described in detail The function or structure known, because they are by with unnecessary detail masks exemplary embodiment.Throughout the specification, identical Reference represents identical element.
Fig. 1 is the figure of the ultrasonic equipment 1000 including multiple display units according to exemplary embodiment.
With reference to Fig. 1, according to the ultrasonic equipment 1000 of exemplary embodiment can include the first display unit 100 (for example, Display, monitor etc.), input equipment 1600 and the interface for being connected to probe 20.Here, input unit 1600 can be wrapped Include the second display unit 200 (for example, display, monitor etc.) of display graphic user interface (GUI) and including hardware button Control panel 300.Hereinafter, each element to ultrasonic equipment 1000 is described in detail.The He of first display unit 100 Second display unit 200 independently or can be operated dividually, different from each other or separation.According to exemplary embodiment, chain of command Plate 300 can include the second display unit 200 of display graphic user interface (GUI).
According to exemplary embodiment, the first display unit 100 can be the master for the ultrasonography or information for showing object Screen.User can carry out the state of identification object 10 via the ultrasonography being shown on the first display unit 100.For example, User can detect damage by being shown in the ultrasonography on the first display unit 100 or can recognize that embryo's is strong Health state.
According to exemplary embodiment, the first display unit 100 may be coupled to the body of ultrasonic equipment 1000.Here, The coupling part that the body of first display unit 100 and ultrasonic equipment 1000 is connected to each other can be rotatable.User The coupling part for the first display unit 100 to be connected to body can be rotated, to adjust the sheet of ultrasonic equipment 1000 Angle between body (or axis of reference of body) and the first display unit 100.
For example, user can rotate the coupling part for the first display unit 100 to be connected to body, so as to His/her hand keeps probe 20 and probe 20 is placed on into the ultrasonic waves for recognizing and being obtained via probe 20 in the state of the belly of object Image is without rotating his/her head.If the ultrasonic equipment 1000 including the first display unit 100 is located at the left side of user Side, and object 10 is located at the right side of user, then and user can rotate in a counter-clockwise direction coupling part 30 ° of angle, with Just the first display unit 100 is adjusted to face object 10.
It can be included from liquid crystal display (LCD), thin film transistor (TFT) according to the first display unit 100 of exemplary embodiment (TFT) at least one selected in-LCD, Organic Light Emitting Diode (OLED), flexible display and three-dimensional (3D) display, but Not limited to this.First display unit 100 can include touch panel (for example, electric capacity cover type, resistance cover type, infrared beam Type, surface acoustic wave type, integration strain gauge type and piezo-electric type).
It is that user inputs data for controlling ultrasonic equipment 1000 according to the input unit 1600 of exemplary embodiment Unit.For example, input unit 1600 can include the second display unit 200 for being used to show GUI, and including hardware button Control panel 300.
According to exemplary embodiment, the second display unit 200 can include touch-screen.For example, the He of the second display unit 200 Touch pad can be layered to form touch-screen.Then, the second display unit 200 may be used as input unit.
Touch-screen is configurable to detect pressure and touch input position and the touch area of touch input.Touch-screen can To be configured to detect close to touch and actual touch.
In this manual, " actual touch " represents that indicant 400 really touches the situation of touch-screen, " close to touching " table Show that indicant 400 is not actual and touch touch-screen but at predetermined intervals close to the situation of touch-screen.Throughout the specification, indicate Thing 400 is for touching or close to the touch tool of the specified point on display screen, such as electronic pen, finger etc..For the ease of Description, indicant 400 is that the example of finger will be described below.In addition, indicant 400 can be referred to as input tool.
Ultrasonic equipment 1000 can include the various sensors in touch-screen or around touch-screen, to sense or to detect Actual touch or close touch on touch-screen.The example of the sensor of touch on sensing touch screen can include tactile Sensor.
The contact of intensity that touch sensor sensing certain material can be felt with the mankind or bigger.Touch sensor can To sense various information, for example, contact the temperature at the roughness on surface, the robustness or rockiness of contact material, contact point Deng.
The example of the sensor of touch on sensing touch screen can be proximity transducer.Proximity transducer is to be used for Detected by using the electromagnetic field or ultrared power that are touched without actual physics object whether proximity test surface or outside Object whether there is in neighbouring sensor.
The example of proximity transducer includes transparent photoelectric sensor, direct retroreflective photoelectric sensor, mirror-reflection photoelectric transfer Sensor, higher-order of oscillation photoelectric sensor, condenser type photoelectric sensor, magneto-optic electric transducer, infrared photoelectric sensor etc..
According to exemplary embodiment, the second display unit 200 can via touchscreen senses user touch gestures.At this In specification, the touch gestures (touch input) of user can include clicking on, and touch and keep, double-click, drag, and translation is flicked, Drag and drop, are slided, mediate etc..
" click " refers to that user touches screen by using finger or electronic pen, then lifts finger or electronic pen from screen Without the operation moved on screen.
" touch and keep " is that user touches screen by using finger or electronic pen and touch input is kept into critical Time span (such as two seconds) or the operation of longer time.That is, touching into time difference between time and the time of touching out etc. In or more than crash time length (for example, two seconds).Operation or touch are click in order to allow users to identification touch input And operation is kept, when touch input keeps crash time length or be longer, send vision, the sense of hearing or tactile feedback signal.Face Boundary's time span can change according to exemplary embodiment.
" double-click " is that user touches the operation of screen twice by using finger or electronic pen.
" dragging " is user touches screen by finger or electronic pen, then while screen is continuously touched by finger or The operation for another position that electronic pen is moved on screen.Object is moved or performed by drag operation and will be described later Translation.
" translation " is the operation that user performs drag operation in the case of not selecting object.Because user is in translation In without selection special object, so the page is moved in itself in screen or a group objects is moved in the page, without move page Special object in face.
" flicking " is the behaviour that user drags finger or electronic pen with critical speed (for example, 100 pixels/second) or quickly Make.Whether can be more than critical speed (for example, 100 pixels/second) to distinguish dragging behaviour based on the speed of finger or electronic pen Make (or translation) and flick operation.
" drag and drop " are that user drags and decontroled the behaviour of object by using the precalculated position of finger or electronic pen on screen Make.
" kneading " is that user touches screen by using two fingers, and then finger is moved to the behaviour of different directions each other Make.Kneading operation is the gesture for being used to extend and (pinch out) or reduce (clamping) object or the page, and expanding value or diminution value can To be determined by the distance between two fingers.
" slip " be touch screen on object in the state of user by finger or electronic pen in horizontal or vertical direction The operation of upper mobile preset distance.The mobile of diagonal may be not considered as slip event.
In addition, multiple item controlleds can be included according to the second display unit 200 of exemplary embodiment.Multiple control items Mesh is at user option project, such as menu, adjusts button, mode selecting button, shortcut icon, adjusts interface, function key, Window etc., but not limited to this are set.
According to exemplary embodiment, each in multiple item controlleds can be associated with least one function.For example, Multiple item controlleds can include two-dimentional (2D) button, 3D buttons, four-dimensional (4D) button, color button, PW buttons, M buttons, Sonoview buttons (are used for the button for recognizing previously stored image), and more buttons measure button, annotate button, and biopsy is pressed Button (is used for the button for guiding the insertion point of pin), depth button, focus button, gain button, frequency button etc., but is not limited to This.Those of ordinary skill in the art can easily derive the function of each button from the title of button, therefore omit here Detailed description on button.
According to exemplary embodiment, control panel 300 can include hardware button (physical button).For example, control panel 300 can include hardware button, such as trace ball, pop one's head in button, power knob, scan button, patient's button, ultrasonography Select button etc., but not limited to this.
Patient's button is that, for selecting by the button of the patient of ultrasonic image diagnotor, and button of popping one's head in is to be used to select Select the button of the probe for ultrasonic image diagnotor.Scan button is by using set in advance in ultrasonic equipment 1000 Set of parameter values rapidly corrects the button of ultrasonography, and store button is the button for storing ultrasonography, surpasses Sound wave image selection button is the button for suspending the ultrasonography shown in real time, to show static ultrasonic wave on screen Image.
According to exemplary embodiment, the hardware button being included in control panel 300 can be by single in the second display The software that shows is realized in member 200.For example, for showing that the freezing button of rest image can be as control panel 300 Hardware button exist, and can exist as the software push buttons on the second display unit 200.Software push buttons can be conduct Software is realized and is shown in the user interface on screen (UI) object.For example, software push buttons can include display on the touchscreen Icon, set key, menu etc..The function of being matched with software push buttons can by for touch the touch input of software push buttons come Perform.
According to exemplary embodiment, from the control panel for being included in (not including touch-screen) general ultrasonic equipment Among button, some buttons that user is commonly used can be included in control panel 300 as hardware button, and other buttons can On the touch-screen of the second display unit 200 to be arranged on as GUI.
In the case of forming hardware button on control panel 300, user can by using tactile easily from Specific button is selected in hardware button, and without seeing control panel 300.
However, the position for setting software push buttons on the touchscreen is probably variable, therefore user is difficult to do not seeing soft The position of identification software button in the case of part button.In addition, user is likely difficult to by tactile sensation come identification software button Between border.Therefore, selection display on the touchscreen specific soft when user must recognize the position of finger on the touchscreen Part button.
For example, in order that user's selection when performing ultrasonic diagnosis (for example, scanning ultrasonography) is shown in touch Button on screen, the ultrasonography that user must be by his/her eye from display on the home screen is transferred to touch-screen.At this In the case of kind, the eyes of user may display ultrasonography the first display unit 100 and display control project (for example, Menu) the second display unit 200 between disperse.
Therefore, according to exemplary embodiment, some or all item controlled (examples on the second display unit 200 are shown in Such as menu) touch the position of the second display unit 200 to be shown in the first display unit 100, i.e. main screen based on indicant 400 On, therefore the eyes of user can not disperse during ultrasonic diagnosis is performed.
In addition, it is the main screen and the second display list for showing ultrasonography that the first display unit 100, which is described below, Member 200 is the example of the touch-screen of display control project.
Although fig 1 illustrate that the second display unit 200 and control panel 300 that separate each other, but one or more show Example property embodiment not limited to this.In some exemplary embodiments, control panel 300 can include the second display unit 200.
In addition, if input unit 1600 only includes touch-screen, the display unit 200 of control panel 300 and second can be with It is formed integrally with each other.The situation that whole control panel 300 is touch-screen is described below with reference to Fig. 2A.
Fig. 2A be according to exemplary embodiment include be entirely touch-screen control panel ultrasonic equipment figure.
With reference to Fig. 2A, whole control panel 300 can be touch-screen.In this case, control panel 300 can be represented Second display unit 200.It therefore, it can show software push buttons on control panel 300, rather than hardware button.For example, control Panel 300 can show at least one item controlled.In addition, control panel 300, which can reduce, is shown in the first display unit 100 On ultrasonography ratio, and show on its region the ultrasonography of diminution.
According to exemplary embodiment, control panel 300 can include trace ball 301 on one part.Here, user is worked as During with his/her finger rotational trajectory ball 301, it can be moved according to the movement of trace ball 301 on first display unit 100 Cursor.
Fig. 1 and 2 A show that the first display unit 100 and the second display unit 200 are attached to ultrasonic equipment as example The situation of 1000 body, but one or more exemplary embodiment not limited to this.For example, describing below with reference to Fig. 2 B The situation that two display units 200 are pulled down from ultrasonic equipment 1000, and the first display unit is described in detail below with reference to Fig. 3 100 are present in the situation outside ultrasonic equipment 1000.
Fig. 2 B are the figures of the ultrasonic equipment 1000 including removable display unit according to exemplary embodiment.
With reference to Fig. 2 B, ultrasonic equipment 1000 can include the first display unit 100, the second display unit 200 and be used for Second display unit 200 is attached to the retainer 200' that ultrasonic equipment 1000/ is pulled down from ultrasonic equipment 1000.
According to exemplary embodiment, the first display unit 100 can be directly connected to the body of ultrasonic equipment 1000, and And ultrasonography can be shown during ultrasonic diagnosis is performed.Fig. 2 B the first display unit 100 corresponds to the first of Fig. 1 Display unit 100, therefore omit its detailed description.
Second display unit 200 can be attached to ultrasonic equipment 1000 via retainer 200', or can be from ultrasound Wave device 1000 is pulled down.According to exemplary embodiment, ultrasonic equipment 1000 can include being used to sense the second display unit 200 Whether ultrasonic equipment 1000 or the sensor from ultrasonic equipment 1000 pulled down are attached to.For example, being shown for sensing second The sensor or interface whether unit 200 is attached to ultrasonic equipment 1000 or is pulled down from ultrasonic equipment 1000 can be formed Retainer 200''s is internal or external.
According to exemplary embodiment, if the second display unit 200 is pulled down from ultrasonic equipment 1000, the second display is single Member 200 can communicate via short haul connection with ultrasonic equipment 1000.Here, short haul connection can be included from Wireless Fidelity (Wi-Fi), bluetooth, ZigBee, Wi-Fi is direct (WFD), ultra wide band (UWB), infra red data as-sodation (IrDA), bluetooth low energy (BLE) and near-field communication (NFC) selection at least one, but not limited to this.
For example, the position of the indicant 400 (for example, finger) of the second display unit of sensing touch 200 of the second display unit 200 Put, and the information on the position of indicant 400 is sent to the communicator of ultrasonic equipment 1000.Here, ultrasonic wave is set Standby 1000 can select relative with the position of indicant 400 from the multiple item controlleds being shown on the second display unit 200 At least one item controlled answered.Otherwise, the second display unit 200 can be by the control corresponding with the position of indicant 400 The information of project is sent to the communicator of ultrasonic equipment 1000.
According to exemplary embodiment, ultrasonic equipment 1000 can contact the second display unit 200 based on indicant 400 Position is shown in some or all item controlleds shown on the second display unit 200 on the first display unit.This In the case of, user can be recognized by the first display unit 100 with the second display unit 200 indicant 400 (for example, Finger) corresponding at least one item controlled in position, without directly seeing the second display pulled down from ultrasonic equipment 1000 Unit 200.
User can be in the second display unit seen the first display unit 100 rather than pulled down from ultrasonic equipment 1000 While 200, specific project is selected from the item controlled being shown on the second display unit 200.In this case, due to Watching attentively for user can be fixed on the first display unit 100 of display ultrasonography, so user can concentrate on ultrasound On ripple image.
Fig. 3 is the figure for showing the portable ultrasonic equipment 1000 according to embodiment.
As shown in figure 3, can be portable according to the ultrasonic equipment 1000 of the present exemplary embodiment.Here, it is ultrasonic Wave device 1000 can include the second display unit 200 and probe 20 of touch screen type.Ultrasonic equipment 1000 can also include For the communicator communicated with the first outside display unit 100.In this case, the communicator of ultrasonic equipment 1000 can Directly to send information to the first display unit 100 via short haul connection.
In addition, ultrasonic equipment 1000 can via server to the first display unit 100 send information.For example, ultrasonic The communicator of wave device 1000 via picture archiving and communication system (PACS) and can be connected to the of ultrasonic equipment 1000 One display unit 200 exchanges data.The communicator of ultrasonic equipment 1000 can be according to digital imagery medically and communication (DICOM) row data communication is entered.
According to exemplary embodiment, ultrasonic equipment 1000 can include the ultrasonography obtained via probe 20 On second display unit 200.In addition, the ultrasonographies obtained via probe 20 can be sent to the by ultrasonic equipment 1000 One display unit 100.Here, the first display unit 100 can show the ultrasonography of object 10 in real time.
In addition, according to exemplary embodiment, ultrasonic equipment 1000 can be by based on the finger for touching the second display unit 200 Show that the position of thing 400 carrys out the information of at least one item controlled of selection and is sent to the first display unit 100.Here, first shows Show that unit 100 can show the information at least one item controlled together with the ultrasonography of object 10.In this feelings Under condition, user can select at least one item controlled (for example, function key) shown on the second display unit 200, simultaneously Eyes are fixed on to the first display unit 100 of the display ultrasonography of outside.
For example, user can perform ultrasonography scan operation in the case where not moving his/her eye, simultaneously will His/her eye is maintained on main screen (that is, the first display unit 100), keeps probe 20 with his/her right hand, and use His/her left hand keeps the touch-screen (that is, the second display unit 200) of display control project.Hereinafter, will be detailed with reference to Fig. 4 It is (such as ultrasonic so as not to the eyes of dispersion user that thin description ultrasonic equipment 1000 provides information during ultrasonography is scanned The eyes of examiner) method.
Fig. 4 is the flow chart of the method for the information for showing the offer ultrasonic equipment according to exemplary embodiment.
In operation S410, ultrasonic equipment 1000 can show ultrasonography on the first display unit 100.
The ultrasonography being shown on the first display unit 100 can be displayed differently.For example, ultrasonography can To be that luminance patterns (B-mode) image of brightness will be expressed as by the size of the ultrasonic echo signal of object reflection, pass through The speed of mobile object is expressed as to color mode (C mode) image of color using Doppler effect, by using Doppler The object of mobile object is expressed as doppler mode (D mode) image of frequency spectrum by effect, represents the object at constant position Motor pattern (M-mode) image and working as on the movement of time, which applies compression and do not applied, to be compressed between the reaction of object Difference be expressed as at least one of elastic model image of image；However, the invention is not restricted to this.Implemented according to exemplary Example, ultrasonography can be two-dimentional (2D) image, three-dimensional (3D) image or the four-dimension (4D) image.
According to exemplary embodiment, ultrasonic equipment 1000 can be real based on the ultrasound image data obtained from object 10 When show ultrasonography on the first display unit 100.For example, ultrasonic equipment 1000 can be via probe 20 to object 10 send ultrasonic signal (wave beam), and can generate ultrasonogram based on the ultrasonic echo signal reflected from object 10 Picture.In addition, ultrasonic equipment 1000 can show the ultrasonography of generation on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can show on the first display unit 100 and be stored in advance in Ultrasonography in storage medium.For example, ultrasonic equipment 1000 can read special ultrasonic ripple image from storage medium, and And the ultrasonography of reading can be included on the first display unit 100.
Here, storage medium can be the memory being present in ultrasonic equipment 1000, or be present in ultrasonic equipment The External memory equipment (such as USB (USB), wearable device and Cloud Server) of 1000 outside.Except this it Outside, storage medium can be cache memory.
In operation S420, ultrasonic equipment 1000 can show at least one control item on the second display unit 200 Mesh.At least one described item controlled can be user's optional project.For example, item controlled can include menu, button is adjusted, Mode selecting button, shortcut icon, for the adjustment interface of adjusting parameter value, function key sets window etc., but not limited to this.
According to exemplary embodiment, at least one item controlled being shown on the second display unit 200 can be with ultrasound Ripple image is related.For example, at least one item controlled can be used for adjust with ultrasound image data (or ultrasonic echo believe Number) project of relevant parameter value, and time gain compensation (TGC)/lateral gain compensation (LGC) can be included window is set Mouthful, 2D/3D/4D buttons, gain button, focus button, depth button, zoom button, dynamic range button, gray-scale map button, Shade mapping button, low MI buttons, refusal level button etc..
According to exemplary embodiment, ultrasonic equipment 1000 can be shown in the whole region of the second display unit 200 Item controlled.In addition, ultrasonic equipment 1000 can on the subregion of the second display unit 200 display control Mesh.For example, ultrasonic equipment 1000 can show the ultrasonogram of object 10 on the first area of the second display unit 200 Picture, and the item controlled related to ultrasonography can be shown on the second area of the second display unit 200.
In operation S430, ultrasonic equipment 1000 can sense the position that indicant 400 touches the second display unit 200 Put.Here, indicant 400 can be the finger of user or the external device (ED) of such as electronic pen.
In addition, according to exemplary embodiment, ultrasonic equipment 1000 can sense indicant 400 with the second display unit The position of 200 contacts, or the position that indicant 400 hovers in the preset distance of the second display unit of distance 200 can be sensed Put, without contacting the second display unit 200.
According to exemplary embodiment, ultrasonic equipment 1000 can sense the position of indicant 400 in a variety of ways.Example Such as, ultrasonic equipment 1000 can by using internal sensor (for example, detection capacitance variations sensor, pressure sensor, Infrared ray sensor, temperature sensor, proximity transducer, imaging sensor etc.) sense indicant 400 in the second display unit Position on 200.Alternately, ultrasonic equipment 1000 can be by using such as camera (for example, general camera, infrared ray Camera, depth camera, closed-circuit television (CCTV) etc.) external equipment sense position of the indicant 400 on the second display unit Put.
The method of the position of the sensing indicant 400 of ultrasonic equipment 1000 is described in more detail hereinafter with reference to Fig. 5 to 8.
In operation S440, ultrasonic equipment 1000 can show on the first display unit 100 together with ultrasonography Show at least one item controlled shown on the second display unit 200 and indicate the designator of the position of indicant 400.
According to exemplary embodiment, ultrasonic equipment 1000 can be shown in the second display on the first display unit 100 At least one item controlled for being shown on unit 200 and indicate indicant 400 position designator, with ultrasonography weight It is folded.For example, showing that at least one is controlled on the ultrasonography that ultrasonic equipment 1000 can be shown on the first display unit 100 Project processed and designator.
According to exemplary embodiment, ultrasonic equipment 1000 can be shown in the second display on the first display unit 100 At least one item controlled for being shown on unit 200 and indicate indicant 400 position designator, with not with ultrasonography It is overlapping.For example, ultrasonic equipment 1000 can show ultrasonography on the first area of the first display unit 100, and At least one menu item and designator can be shown on the second area of the first display unit 100.Here, first area and Second area can be with different from each other.
According to exemplary embodiment, indicate that the designator of the position of indicant 400 may be implemented as predefined shape, in advance Definition wires, predefined color or predefined shade, but not limited to this.For example, ultrasonic equipment 1000 can be single in the first display The designator for indicating the position that indicant 400 touches the second display unit 200 is expressed as arrow or circle in member 100.Except this it Outside, ultrasonic equipment 1000 can represent with red or yellow the position by indicant 400 is indicated on the first display unit 100 Designator.
According to exemplary embodiment, ultrasonic equipment 1000 can represent indicator 400, and it indicates indicant 400 aobvious Show the position at least one item controlled on the first display unit 100.For example, ultrasonic equipment 1000 can be from display First control corresponding with the position of indicant 400 is selected at least one item controlled on the second display unit 200 Project.Indicator can be positioned at from including at least one control on the first display unit 100 by ultrasonic equipment 1000 On the first item controlled in project.For example, ultrasonic equipment 1000 can will be around the profile wire tag of the first item controlled For designator.In addition, ultrasonic equipment 1000 can represent the first item controlled with particular color (for example, red), or Designator is expressed as the shade on the first item controlled by person.
According to exemplary embodiment, ultrasonic equipment 1000 it is contemplated that the first display unit 100 size come show to A few item controlled.If for example, the first display unit 100 is the big twice of the second display unit 200, ultrasonic equipment 1000 item controlleds that can be displayed on the second display unit 200 increase by twice to be shown on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can be based on display control purpose region relative to the second display The ratio of the whole region of unit 200 on the first display unit 100 shows at least one item controlled.If for example, extremely A few item controlled is shown in the half of the whole region of the second display unit 200, then ultrasonic equipment 1000 can be Corresponding to showing at least one item controlled on 1/2 region of the whole region of the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can be shown based on item controlled on the second display unit 200 The position shown determines position that item controlled is shown on the first display unit 100.If for example, item controlled is shown in In the upper left of two display units 200, then ultrasonic equipment 1000 can be shown in the upper left of the first display unit 100 Item controlled.
According to exemplary embodiment, ultrasonic equipment 1000 can show according to item controlled on the second display unit 200 The layout shown carrys out the display control project on the first display unit 100.Alternately, ultrasonic equipment 1000 can with control The different layout of layout of the project on the second display unit 200 carrys out the display control project on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can touch the second display unit 100 according to indicant 400 The change of position changes the position that indicant is shown on the first display unit.If for example, touching the second display unit 200 Indicant 400 be moved to left side, then the indicant shown on the first display unit 100 can also be moved to left side.
In addition, ultrasonic equipment 1000 can only show ultrasonic wave on the first display unit 100 in the normal operation period Image, and additionally can be shown in when occurring particular event on the first display unit 100 on the second display unit 200 At least one item controlled and instruction indicant 400 of display touch the designator of the position of the second display unit 200.
Hereinafter, by reference picture 5 to 8 describe shown on the first display unit 100 at least one item controlled when Between point.
Fig. 5 is to show that ultrasonic equipment 1000 is used to show on the home screen at least when the touch event generation of touch-screen The figure of the operation of one item controlled and designator.In fig. 5 it is shown that the first display unit 100 is main screen, the second display Unit 200 is touch-screen, and indicant 400 is the example of finger 500.
In operation S500 and S510, ultrasonic equipment 1000 can be tactile in the second display unit 200 via being included in Touch the touch of sensor sensing finger 500.Touch sensor e.g., including in the second display unit 200 is (for example, detection The sensor and pressure sensor of capacitance variations) position for the second display unit 200 that finger 500 is touched can be recognized.At this In the case of kind, the second display unit 200 can notify the controller of ultrasonic equipment 1000 to occur touch event.In addition, Second display unit 200 can to controller send on touch location information (for example, coordinate information and on touch position Put the information of the item controlled of display).
In operation S520, when touch event occurs, ultrasonic equipment 1000 can show on the first display unit 100 Show at least one item controlled and designator.Shown for example, ultrasonic equipment 1000 may be displayed on the second display unit 200 Multiple menu items 502, and represent the position on the ultrasonography 501 that is shown on the first display unit 100 of finger 500 The designator 503 put.Here, due to finger 500 be located at the second display unit 200 in the third line and secondary series menu on, So can represent red circle as expression finger 500 on the menu of the third line in the first display unit 100 and secondary series Position designator 503.
The multiple menu items 502 and designator 503 shown on the first display unit 100 can be translucent.This Outside, if user mobile his/her finger 500 (for example, drag gesture), ultrasonic equipment on the second display unit 200 1000 can also move the position of designator 503.
In addition, when touch event at the end of from the first item in multiple menu items 502 (for example, user is from The first item shown on two display units 200 removes his/her finger 500), ultrasonic equipment 1000 can be performed on The function of one project.In addition, ultrasonic equipment 1000 can be in the first display unit 100 and/or the second display unit 200 The upper display GUI related to first item.
According to exemplary embodiment, if touch event terminates in the blank parts for not showing multiple menu items 502, The multiple menu items 502 and designator 503 then shown on the first display unit 100 are removed, so that the first display Unit 100 can only show ultrasonography.
Therefore, when user touch the second display unit 200 when, user can be recognized by the first display unit 100 and The ultrasonography 501 of the multiple menu items 502 and object on the second display unit 200 is manipulated, without by his/her head Turn to the second display unit 200.
According to exemplary embodiment, ultrasonic equipment 1000 can sense user and via probe 20 or be included in probe Sensor in 20 carrys out the ultrasonography of sweep object 10.In addition, when user is just in the ultrasonography of sweep object 10 When sensing the touch on the second display unit 200, ultrasonic equipment 1000 can be shown on the first display unit 100 The multiple menu items 502 or some menu items 502 and ultrasonography shown on two display units 200.
Fig. 6 is to show that, according to predefined gesture, ultrasonic equipment 1000 shows at least one control item on the home screen The operation of mesh and designator.In fig. 6 it is shown that the first display unit 100 is main screen, the second display unit 200 is to touch Screen, and indicant 400 is the example of finger 600.
In operation S610, ultrasonic equipment 1000 can sense the Pre-defined gesture on the second display unit 200.In advance It can be for guiding at least one item controlled having shown that on the first display unit 100 in the second display to define gesture The gesture shown on unit 200.For example, ultrasonic equipment 1000 can receive slip gesture 601 from user, i.e. aobvious second Show upward sliding finger 600 on unit 200.
In operation S620, ultrasonic equipment 1000 can be when receiving Pre-defined gesture, in the first display unit 100 Upper at least one item controlled of display and designator.For example, when receiving slip gesture 601 on the second display unit 200, surpassing Acoustic wave device 1000 can be shown in the second display on the ultrasonography 602 being currently displayed on the first display unit 100 The multiple menu items 603 and the designator 604 of the position of instruction finger 600 shown on unit 200.
In addition, the multiple menu items 603 and designator 604 that are shown on the first display unit 100 can be translucent 's.In addition, when user moves his/her finger 600 on the multiple menu items 603 being shown on the second display unit 200 When (for example, drag gesture), ultrasonic equipment 1000 can move designator 604 according to the touch location of finger 600.
According to exemplary embodiment, user can select one in multiple menu items 603.For example, when designator 604 During positioned at first item, user can drag his/her finger 600 on multiple menu items 603, then can double-click second Display unit 200.In this case, ultrasonic equipment 1000 can sense the double-click gesture in first item, and can be with Perform the function corresponding with first item.
In addition, when designator 604 is located at first item, user can drag to his/her finger 600 multiple On menu item 603, and his/her middle finger can be placed on the second display unit 200.Here, ultrasonic equipment 1000 can sense the multi-finger gesture in first item, and can perform the function corresponding with first item.
In figure 6, although slip gesture is set to the example of Pre-defined gesture, but Pre-defined gesture is not limited to slide hand Gesture.For example, Pre-defined gesture can include the gesture for touching and keeping ad-hoc location, the gesture of specific hardware button is selected, it is many Finger gesture (for example, five fingers flock together on the touchscreen) etc., but not limited to this.
Fig. 7 be show ultrasonic equipment 1000 be used for by using pressure sensor sensing touch touch-screen pressure The figure of operation.In fig. 7 it is shown that the first display unit 100 is the main screen for showing ultrasonography, the second display unit 200 be the screen of display menu items, and indicant 400 is the example of finger 700.
In operation S700, ultrasonic equipment 1000 can sense the touch on the second display unit 200 and keep hand Gesture.Here, ultrasonic equipment 1000 can measure hand by using the pressure sensor in the second display unit 200 is included in Refer to 700 pressure for touching the second display unit 200.
In operation S710, ultrasonic equipment 1000 can determine to be passed by the pressure being included in the second display unit 200 Whether the value of sensor measurement is more than critical value.For example, ultrasonic equipment 1000 can determine finger 700 whether with equal to or more than The pressure of critical value promotes the second display unit 200.
In operation S720, when the value of the pressure sensor measurement by being included in the second display unit 200 is more than critical During value, ultrasonic equipment 1000 can show at least one item controlled and designator on the first display unit 100.For example, Ultrasonic equipment 1000 can be shown in second on the ultrasonography 701 being currently displayed on the first display unit 100 and show Show the multiple menu items 702 shown on unit 200, and indicate the designator 703 of the position of finger 700.
Here, when user moves his/her hand on the multiple menu items 702 being shown on the second display unit 200 When referring to 700 (for example, drag gesture), ultrasonic equipment 1000 can move designator 703 according to the position of finger 700.
According to exemplary embodiment, user can select one in multiple menu items 702.For example, when designator 703 During positioned at first item, user can drag his/her finger 700 on multiple menu items 702, and double-click the second display Unit 200.In this case, ultrasonic equipment 1000 can sense the double-click gesture in first item, and can perform The function corresponding with first item.
Fig. 8 is the operation close to touch gestures for being used to sense user by using camera for showing ultrasonic equipment 1000 Figure.
In operation S810, ultrasonic equipment 1000 can be sensed via camera is located at the top of the second display unit 200 Indicant 400.For example, ultrasonic equipment 1000 can sense the hovering gesture 800 of user via camera.
In this manual, hovering gesture can represent incoming event, and wherein indicant 400 is (for example, finger or electronics Pen) in preset distance close to the second display unit 200.For example, hovering gesture can represent indicant 400 close to the second display Unit 200 can detect the event of the distance of the position of indicant 400 (for example, finger) to ultrasonic equipment 1000.
According to exemplary embodiment, ultrasonic equipment 1000 can sense second via multiple cameras or via a camera The indicant 400 of the top of display unit 200.In addition, ultrasonic equipment 1000 can be via being attached at camera therein or be located at Camera outside ultrasonic equipment 1000 senses the indicant 400 of the top of the second display unit 200.
Here, camera can include general camera 810 (for example, imaging sensor), and infrared camera 820 is (for example, infrared Line sensor), depth camera (for example, depth transducer) and CCTV, but not limited to this.
For example, ultrasonic equipment 1000 can be by analyzing the view data (multiple images obtained via general camera 810 Frame) sense the indicant 400 positioned at the top of the second display unit 200.In addition, ultrasonic equipment 1000 can be by dividing The infrared picture data that is obtained by infrared camera 820 is analysed to sense the indicant 400 positioned at the top of the second display unit 200. Specifically, if it is indicated that thing 400 is finger, then due to there is larger difference between the second display unit 200 and the temperature of finger, Therefore ultrasonic equipment 1000 can readily recognize the finger of the top of the second display unit 200 via infrared camera 820.
In addition, ultrasonic equipment 1000 can based on from depth camera to the first depth value of the second display unit 200 and The difference between the second depth value from depth camera to finger senses the finger positioned at the top of the second display unit 200.
In operation S820, if sensing the indicant 400 for being located at the top of the second display unit 200 by camera, surpass Acoustic wave device 1000 can show at least one item controlled and designator on the first display unit 100.For example, ultrasonic wave is set Standby 1000 can be shown in the second display unit 200 on the ultrasonography 801 being currently displayed on the first display unit 100 Multiple menu items 802 of upper display and the designator 803 of the position of instruction finger.
Here, if user's in the case where not contacting the second display unit 200 (for example, hovering gesture) shows with second Show the predetermined space of unit 200 apart from his/her finger of interior movement, then ultrasonic equipment 1000 can according to the position of finger come Mobile designator 803.
According to exemplary embodiment, user can select one in multiple menu items 802.For example, user can be With the predetermined space of multiple menu items 802 that is shown on the second display unit 200 apart from interior his/her finger of hovering, then Can touch the second display unit 200 (or touched when designator 803 is located at first item on the second display unit 200 the One project).In this case, ultrasonic equipment 1000 senses user to Section 1 by using camera or touch sensor Purpose touch gestures, and perform the function corresponding with first item.
Multiple menu items 802 on ultrasonography 801 can be shown as translucent.With reference to Fig. 9, it will retouch below State ultrasonic equipment 1000 be used for based on predefined transparence information shown on the first display unit 100 at least one control The operation of project processed.
Fig. 9 is to show that ultrasonic equipment 1000 determines the flow chart of the method for the transparency of at least one item controlled.
In operation S910, ultrasonic equipment 1000 can obtain predefined transparence information.Transparence information can be with It is the information for defining the transparency at least one item controlled being shown on the second display unit 200.Here, transparency It can be defined by user or ultrasonic equipment 1000.Furthermore, it is possible to change predefined transparence information according to user's input.
According to exemplary embodiment, predefined transparence information can include being defined as relative to item controlled difference Transparency.For example, first item can have 20% transparency to Section 10 mesh, Section 11 mesh can to Section 15 mesh With with 30% transparency, and Section 16 mesh can have 35% transparency to Section 22 mesh.
According to exemplary embodiment, predefined transparence information can be read from the memory of ultrasonic equipment 1000, Or can be from outside transmission.
In operation S920, ultrasonic equipment 1000 can determine that at least one is controlled according to predefined transparence information The transparency of project.For example, ultrasonic equipment 1000 can be determined based on predefined transparence information relative to being shown in Whole item controlleds on second display unit 200 or relative to some control items being shown on the second display unit 200 Purpose transparency.
According to exemplary embodiment, predefined transparence information can include the position on indicating indicant 400 The information of the transparency of designator.In this case, ultrasonic equipment 1000 can according to predefined transparence information come Determine the transparency of designator.
In operation S930, according to the transparency of determination, ultrasonic equipment 1000 can show at least one item controlled With the designator for indicating position of the indicant 400 on ultrasonography.If for example, identified transparent rate be 30%, Ultrasonic equipment 1000 can show at least one item controlled with 30% transparency on ultrasonography.
According to exemplary embodiment, ultrasonic equipment 1000 can show that the instruction with transparency different from each other is indicated The designator of the position of thing 400 and at least one item controlled.For example, designator can be shown as not by ultrasonic equipment 1000 It is transparent, and at least one item controlled with 30% transparency can be shown on the first display unit 100.It is alternative Ground, ultrasonic equipment 1000 can be with 20% transparency display indicator, and with 50% on the first display unit 100 Transparency shows at least one item controlled.
In addition, according to exemplary embodiment, predefined transparence information can also include colouring information.Therefore, according to Exemplary embodiment, ultrasonic equipment 1000 can determine the color of item controlled or the color of designator.In addition, ultrasonic wave is set Standby 1000 can with identified color on ultrasonography display control project or designator.
Figure 10 is to show that at least one item controlled is shown as transparent example by ultrasonic equipment 1000 on the home screen Figure.In Fig. 10, as an example it is supposed that the first display unit 100 is main screen, the second display unit 200 is touch-screen.
With reference to Figure 10, the first display unit 100 can show ultrasonography 1001, and the second display unit 200 can To show multiple item controlleds 1002.If user touches the second display unit 200 by indicant 400 (for example, finger), Ultrasonic equipment 1000 sense the second display unit 200 on touch event, and can the first display unit 100 ultrasound The multiple item controlleds 1002 shown on the second display unit 200 are shown on ripple image 1001.In addition, ultrasonic equipment 1000 The designator 1003 and multiple item controlleds for the position for indicating indicant 400 on the first display unit 100 can be shown 1002。
Ultrasonic equipment 1000 can adjust the transparency of multiple item controlleds 1002 so that be shown in the first display unit Ultrasonography 1001 on 100 can not be stopped by multiple item controlleds 1002.For example, ultrasonic equipment 1000 can be with 30% transparency shows multiple item controlleds 1002 and designator 1003.In this case, user can be in the first display See ultrasonography 1001, multiple item controlleds 1002 and designator 1003 simultaneously on unit 100.
In addition, ultrasonic equipment 1000 can be received from user for multiple by what is shown on the first display unit 100 The transparency of item controlled 1002 is adjusted to 20% input from 30%.In this case, ultrasonic equipment 1000 can be with 20% transparency shows multiple item controlleds 1002 on ultrasonography 1001.
According to exemplary embodiment, ultrasonic equipment 1000 can show multiple item controlleds 1002, so as not to be covered in On ultrasonoscopy 1001.Below with reference to Figure 11 describe ultrasonic equipment 1000 be used for multiple item controlleds 1002 are shown as The operation on ultrasonography 1001 is not covered in.
Figure 11 is to show that ultrasonic equipment 1000 shows at least one control item on the region for not showing ultrasonography The figure of the method for mesh and designator.
In operation S1110, ultrasonic equipment 1000 can show ultrasound on the first area of the first display unit 100 Ripple image.
According to exemplary embodiment, ultrasonic equipment 1000 can be real based on the ultrasound image data obtained from object 10 When show ultrasonography on the first area of the first display unit 100.In addition, according to exemplary embodiment, ultrasonic wave Equipment 1000 can show the ultrasonogram being stored in advance in storage medium on the first area of the first display unit 100 Picture.
Here, ultrasonography can be B-mode image, C mode image, D mode image, M-mode image and springform At least one of formula image, but not limited to this.In addition, according to exemplary embodiment, ultrasonography can be 2D images, 3D Image or 4D images.
In operation S1120, ultrasonic equipment 1000 can be shown on the second display unit 200 to be had with ultrasonography At least one item controlled closed.
At least one described item controlled can be user's optional project.For example, item controlled can include menu, adjustment Button, mode selecting button, shortcut icon, for the adjustment interface of adjusting parameter value, function key sets window etc., but do not limit In this.
Operate S1120 to correspond to Fig. 4 operation S420, therefore omit its detailed description.
In operation S1130, ultrasonic equipment 1000 can sense the position that indicant 400 touches the second display unit 200 Put.Here, indicant 400 can be the finger of user or the external device (ED) of such as electronic pen.
According to exemplary embodiment, ultrasonic equipment 1000 can sense the position of indicant 400 in a variety of ways.Example Such as, ultrasonic equipment 1000 can by using internal sensor (for example, detection capacitance variations sensor, pressure sensor, Infrared ray sensor, temperature sensor, proximity transducer, imaging sensor etc.) sense indicant 400 in the second display unit On position.Alternately, ultrasonic equipment 1000 can be by using such as camera (for example, general camera, infrared ray phase Machine, depth camera, CCTV cameras etc.) external equipment sense position of the indicant 400 on the second display unit 200.
The method of the position of the sensing indicant 400 of ultrasonic equipment 1000 is described above in relation to Fig. 5 to 8, therefore is omitted It is described in detail.
In operation S1140, ultrasonic equipment 1000 can detect that ultrasonography is shown in the first display unit 100 First area.For example, ultrasonic equipment 1000 can thereon be shown based on the presentation information of the first display unit 100 to detect The first area of ultrasonography.
In operation S1150, ultrasonic equipment 1000 can be different from first area the of the first display unit 100 At least one item controlled is shown on two regions and the designator of the position of indicant 400 is indicated.
In this case, ultrasonography is not by least one item controlled and the finger for the position for indicating indicant 400 Show that symbol is hidden.
With reference to Figure 12, ultrasonic equipment 1000 is described below and is shown as not being covered in ultrasonogram by multiple item controlleds As upper example.
Figure 12 be show ultrasonic equipment 1000 shown on the first area 1201 of main screen ultrasonography and The figure of the example of at least one item controlled and designator is shown on the second area 1202 of main screen.In fig. 12, as showing Example, it is assumed that the first display unit 100 is main screen, and the second display unit 200 is touch-screen.
With reference to Figure 12, ultrasonic equipment 1000 can be sensed in the first area of the first display unit 100 (i.e. main screen) During the ultrasonography that object is shown on 1201, indicant 400 (for example, finger) touches the touch of the second display unit 200 The generation of event.In this case, ultrasonic equipment 1000 can be shown in the second display list on the first display unit 100 The multiple item controlleds shown in member 200, so as not to be covered on ultrasonography.
For example, ultrasonic equipment 1000 can be in secondth area different from first area 1201 of the first display unit 100 Multiple menu items are shown on domain 1202.Here, the multiple menu items being shown on second area 1202 can be arranged to The multiple menu items shown on the second display unit 200 are different.That is, can be according to the size of second area 1202 To change the arrangement of multiple menu items.
According to exemplary embodiment, ultrasonic equipment 1000 can reduce the ultrasonogram being shown on first area 1201 The size of picture, to be shown in the multiple menu items shown on the second display unit 200 on the first display unit 100.Example Such as, if ultrasonography occupies the 90% or bigger of the whole screen of the first display unit 100, ultrasonic equipment 1000 can So that ultrasonography is reduced in size into 2/3, to show multiple menu items.
According to exemplary embodiment, ultrasonic equipment 1000 can change the position of ultrasonography, so as to aobvious first Show multiple menu items that the second display unit 200 is shown on unit 100.If shown for example, ultrasonography is shown in first On the core for showing unit 100, then ultrasonography can be moved to left side by ultrasonic equipment 1000, with the first display The right side of unit 100 shows multiple menu items.
According to exemplary embodiment, ultrasonic equipment 1000 can show instruction indicant on the first display unit 100 The designator of 400 touch location on the second display unit 200.If for example, user is touched from being shown in the second display list The first item 1203 in multiple menu items in member 200, then ultrasonic equipment 1000 can be from being shown in the first display list Square designator of the mark around first item 1203 in multiple menu items in member 100.
Figure 13 is to show to provide letter by using multiple display units according to the ultrasonic equipment 1000 of exemplary embodiment The flow chart of the method for breath.
In operation S1310, ultrasonic equipment 1000 can show ultrasonography on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can be by the ultrasonography obtained via probe 20 in real time It is shown on the first display unit 100.In addition, according to exemplary embodiment, ultrasonic equipment 1000 can be single in the first display Display is stored in advance in the ultrasonography in storage medium in member 100.
Ultrasonography can include B-mode image, C mode image, D mode image, M-mode image and elastic model figure At least one of as, but not limited to this.In addition, according to exemplary embodiment, ultrasonography can be 2D images, 3D rendering Or 4D images.
In operation S1320, ultrasonic equipment 1000 can be shown on the second display unit 200 to be had with ultrasonography The multiple item controlleds closed.For example, ultrasonic equipment 1000 can be shown on the second display unit 200 for adjust with the Multiple item controlleds of the parameter value of the ultrasonography correlation shown on one display unit 100.
The multiple item controlleds relevant with ultrasonography can include such as frequency, and dynamic range, frame is average, refuses level Not, gray-scale map, space proportion, dynamic magnetic resonance (DMR+), harmonic wave, scanning area, edge enhancing, speed, power, line density, At least one in the project of full spectra image (FSI), focus quantity, depth value and time gain compensation (TGC), but be not limited to This.
Frequency project can represent the project for changing the transmission/receives frequency for being applied to probe 20.For example, user can To select to penetrate (Pen, low frequency), one in general (Gen, general frequency) and resolution ratio (Res, high frequency) adjusts frequency.
Dynamic range project is for being adjusted by changing the ratio between the minimum value of input signal and maximum pair Than the project of degree.For example, user can select the value in the range of 50 to 200 to set the parameter value of dynamic range.
The average project of frame is the project for reducing the random noise in ultrasonography.For example, user can be selected from 0 Value in the range of to 15 sets the parameter value that frame is average.
Refusal level item is the project for removing the noise in ultrasonography.For example, user can select from 1 to Value in the range of 32 sets refusal class value.
Gray-scale map project is to determine the project of gray scale by changing the rear curve of ultrasonography.For example, user can be with Selection sets the parameter value of gray-scale map from the value in the range of 1 to 13.
Space proportion project is the project for adjusting the density of ultrasonography.For example, user can select it is low/medium/ The parameter value that one of senior middle school carrys out installation space ratio.
DMR+ projects are the projects for post-processing ultrasonography, and can be used to reduce noise and strengthen edge Parameter.For example, user can select the value in the range of 1 to 5 to set DMR+ parameter value.
Harmonic wave project is to carry out the project of Optimization for Ultrasonic Wave image by using high frequency.For example, user can select on and off In one harmonic term purpose parameter value is set.
Scanning area project is the project for adjusting the transverse width of ultrasonography (%).For example, user can select The value in the range of 40 to 100 is selected to adjust the width of scanning area.
Enhancing project in edge is the project for sharpening tissue or organ boundaries.For example, user can be selected from -3 to 3 In the range of value come set edge strengthen project parameter value.
Speed project is to put forward high-resolution project by adjusting the speed of organ.For example, user can select from Value in the range of 1440 to 1620 (m/s) is come horizontal value of regulating the speed.
Power project is the project for selecting the intensity of ultrasonic wave output.For example, user can be selected from 10 to 100 In the range of value adjust performance number.
Line density project is the project for adjusting the density of ultrasonography.For example, user can be selected in low/medium 1/ One of 2/ senior middle school adjusts line density value.
FSI projects be for adjust hybrid frequency than project.For example, user can select the value in the range of 1 to 3 To set FSI1370 parameter value.
Focus quantity project is the project of position for setting focus and focus quantity.For example, user can be selected from 1 Value in the range of to 4 adjusts focus quantity.
Gain project is the project for adjusting the brightness of ultrasonography.For example, user can be selected from 1 to 100 models Value in enclosing carrys out adjust gain value.
Depth project is the project for adjusting the depth of scanned ultrasonography.According to the depth of exemplary embodiment Angle value can change according to the species of probe 20.If for example, the probe 20 of ultrasonic equipment 1000 is convex probe, used Family can select from 6cm to 30cm in the range of depth value.
TGC projects are come the project of the reduction of the prevalence that compensates ultrasonic wave for the depth according to human body.For example, with Family can adjust TGC values by the adjustment button on the mobile slider bar corresponding with multiple depth parts.
It is related to the ultrasonography shown on the first display unit 100 for adjusting according to exemplary embodiment Multiple item controlleds of parameter value may be displayed in multiple pages.For example, ultrasonic equipment 1000 can be in first page First item is shown to Section 10 mesh, and can show Section 11 mesh to Section 20 mesh in second page.
In operation S1330, the position that ultrasonic equipment 1000 can be based on indicant 400 on the second display unit 200 Put, at least one item controlled is selected from the multiple item controlleds being shown on the second display unit 200.
According to exemplary embodiment, ultrasonic equipment 1000 can be touched via at least one sensor identification indicant 400 Touch the second display unit 200.Here, touch can include contact touch and contactless touch (hovering).In addition, ultrasonic wave Equipment 1000 can sense the touch location of indicant 400 via at least one sensor.Here, at least one sensor can be with It is touch sensor, pressure sensor, proximity transducer, imaging sensor, in depth transducer and infrared sensor at least One, but not limited to this.
Because the method that ultrasonic equipment 1000 senses the position of indicant 400 is described above in relation to Fig. 5 to 8, therefore Omit its detailed description.
According to exemplary embodiment, ultrasonic equipment 1000 can select to be located at away from indicant from multiple item controlleds At least one item controlled in 400 touch location preset distance.For example, ultrasonic equipment 1000 can select to be located at away from finger Show the first item in the touch location 5cm radiuses of thing 400, second item, third item and fourth item.
According to exemplary embodiment, ultrasonic equipment 1000 can be from the multiple dishes being shown on the second display unit 200 The menu group corresponding with the position of indicant 400 is selected in single group, to determine at least one item controlled.
For example, if it is indicated that the touch location of thing 400 is overlapping with the first menu group, then ultrasonic equipment 1000 can be from more The first menu item in the first menu group, the second menu item, the 3rd menu item, are optionally comprised in individual item controlled Four menu items and the 5th menu item.
In operation S1340, ultrasonic equipment 1000 can show at least one of determination on the first display unit 100 The designator and ultrasonography of the position of item controlled and instruction indicant 400.
According to exemplary embodiment, ultrasonic equipment 1000 can at least one item controlled mark indicators. For example, if it is indicated that thing 400, which is located at, is shown in first item at least one item controlled on the second display unit 200, Then ultrasonic equipment 1000 can be in mark indicators in the first item on the first display unit 100.
According to exemplary embodiment, because position of the indicant 400 on the second display unit 200 changes, ultrasonic wave is set Standby 1000 can change position of the indicant on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can be by least one item controlled and instruction indicant 400 The designator of position be shown as being covered on the ultrasonography of the first display unit 100.Here, ultrasonic equipment 1000 The transparency of at least one item controlled being shown on ultrasonography can be determined based on predefined transparence information, And at least one item controlled can be shown as transparent according to the transparency of determination.
In addition, ultrasonic equipment 1000 can show at least one item controlled on the first display unit 100, with Just it is not covered on ultrasonography.For example, ultrasonic equipment 1000 can show on the first area of the first display unit 100 Show ultrasonography, and can show that at least one for including designator is controlled on the second area of the first display unit 100 Project processed.Below with reference to Figure 14 describe ultrasonic equipment 1000 be used for shown on the first display unit at least one control Project is so as not to being covered in the operation on ultrasonography..
Figure 14 is to show that ultrasonic equipment 1000 shows some item controlleds shown on the touchscreen on the home screen The figure of example.In fig. 14, as an example it is supposed that the first display unit 100 is ultrasonography main screen displayed on, And the second display unit 200 is item controlled touch-screen displayed on.
Ultrasonic equipment 1000 can show ultrasonography on the first display unit 100, and single in the second display Multiple item controlleds are shown in member 200.
Here, ultrasonic equipment 1000 can receive what is shown from the second display unit 200 by using indicant 400 The input 1410 of trapezoidal project 1401 is touched in multiple item controlleds.Ultrasonic equipment 1000 can be selected from multiple item controlleds The first menu group 1402 including trapezoidal project 1401 is selected, wherein the first menu group 1402 can include such as harmonic wave project, arteries and veins Rush Inv projects, trapezoidal project 1401, Dual Action project and ADVR projects.
Ultrasonic equipment 1000 can show the first menu group 1402 on the first display unit 100.Here, ultrasonic wave is set Standby 1000 can show the first menu group 1402 on the right side of the first display unit 100, so as not to being shown in the first display list The ultrasonography 1404 in the left side of member 100 is overlapping.
Ultrasonic equipment 1000 can show the finger for the current location for indicating indicant 400 on the first display unit 100 Show symbol 1403.It is located at due to indicant 400 in the trapezoidal project 1401 on the second display unit 200, so ultrasonic equipment 1000 can be expressed as indicant 1403 the trapezoidal project in the first menu group 1402 for being shown on the first display unit 100 Border around 1402.
If user contiguously drags indicant 400 with the second display unit 200, ultrasonic equipment 1000 can basis Designator 1043 is moved in the movement of indicant 400.
According to exemplary embodiment, if touch event on the second display unit 200 is in the sky of non-display control project White place terminates, then can remove the first menu group 1402 being shown on the first display unit 100.
If for example, user removes the finger that his/her has contacted trapezoidal project 1401, and by his/her finger Take away, then touched by his/her finger from the second display unit 200 at the white space on the trapezoidal side of project 1401 The body producer's project shown on second display unit 200, then ultrasonic equipment 1000 can be on the first display unit 100 Display includes the second menu group of body producer's project, rather than the first menu group 1402, wherein the second menu group can be wrapped Include such as four projects, body producer's project, comment item, dual project and keyboard project.
Figure 15 is to show that the display of ultrasonic equipment 1000 corresponds to the item controlled selected from least one item controlled The flow chart of the method for window.
According to exemplary embodiment, Figure 15 operation S1510 can be performed after Figure 13 operation S1340.Therefore, exist In Figure 15, at least one control item for showing and being shown on the second display unit 200 on the first display unit 100 will be described below Mesh and the designator and the example of ultrasonography for indicating position of the indicant 400 on the second display unit 200.
In operation S1510, ultrasonic equipment 1000 may be received at least one shown on the second display unit 200 The drag gesture of indicant 400 is dragged on item controlled.For example, ultrasonic equipment 1000 can by using touch sensor, Pressure sensor or camera sense the position that indicant 400 is dragged on the second display unit 200.
In operation S1520, ultrasonic equipment 1000 can be based on changing for dragging the drag gesture of indicant 400 The position at least one item controlled that designator is shown on the first display unit 100.If for example, the second display unit Indicant 400 on 200 is dragged to left side (for example, from the second item controlled towards the first item controlled), then ultrasonic wave is set Standby 1000 can be moved to the designator on the first display unit 100 in left side (for example, being controlled from the second item controlled towards first Project processed).
In operation S1530, ultrasonic equipment 1000 can be shown with sensing touch event on the second display unit 200 Terminate on the first item controlled shown.
For example, ultrasonic equipment 1000 can be by using touch sensor (change of sense capacitance), pressure sensor The change of pressure (sensing) or camera (analysis picture frame) come sense user by his/her finger on the first control item from second Display unit 200 is taken away.In this case, ultrasonic equipment 1000 can determine that user selects the first item controlled.
In operation S1540, at the end of touch event is on the first item controlled, ultrasonic equipment 1000 can be the The window relevant with the first item controlled is shown on two display units 200.
Here, window can be the GUI for adjusting the parameter value of the first item controlled, including related to the first control item Information or content window, the icon related to the first item controlled or survey tool (for example, width measure, linear measure longimetry, Around measurement etc.), but not limited to this.
According to exemplary embodiment, ultrasonic equipment 1000 can also be shown and the first control on the first display unit 100 The related window of project processed.Here, ultrasonic equipment 1000 can be marked in the window being shown on the first display unit 100 Indicate the designator of the current location of indicant 400.
Below with reference to Figure 16 to 18 describe ultrasonic equipment 1000 be used for show with from least one item controlled The operation of the corresponding window of the item controlled of selection.
Figure 16 is the figure for the example for showing ultrasonic equipment 1000 and being moved according to drag gesture designator.
With reference to Figure 16, ultrasonic equipment 1000 can show ultrasonography on the first display unit 100, and can be with Multiple item controlleds are shown on the second display unit 200.Here, ultrasonic equipment 1000 can be by using indicant 400 The touch input in trapezoidal project 1601 is received from the multiple item controlleds being shown on the second display unit 200.Ultrasound Wave device 1000, which can be shown on the first display unit 100 in multiple item controlleds, includes the first dish of trapezoidal project 1601 Single group, wherein the first menu group can include harmonic wave project, pulse Inv projects, trapezoidal project 1601, Dual Action project and ADVR Project.
Here, ultrasonic equipment 1000 can show the first menu on the second area 1604 of the first display unit 100 Group, so as not to which the first menu group is overlapping with including the ultrasonography on the first area 1603 of the first display unit 100.
In addition, ultrasonic equipment 1000 can show the current location for indicating indicant 400 on the first display unit 100 Designator 1605.For example, if it is indicated that thing 400 is located in the trapezoidal project 1601 on the second display unit 200, so ultrasonic Wave device 1000 can be by indicant 1605 labeled as the trapezoidal project in the first menu group shown on second area 1604 Boundary line around 1402.
If user contiguously drags indicant 400 with the second display unit 200, ultrasonic equipment 1000 can basis Designator 1605 is moved in the movement of indicant 400.If for example, user drags to indicant 400 from trapezoidal project 1601 In ADVR projects 1602, then the sensing of ultrasonic equipment 1000 drag gesture, and by the designator on the first display unit 100 1605 move from trapezoidal project 1601 to ADVR projects 1602.
Figure 17 is to show ultrasonic equipment 1000 based on End Event is touched to select the figure of the example of item controlled.
With reference to Figure 17, what ultrasonic equipment 1000 can have been shown with sensing touch event on the second display unit 200 Terminate (1710) in ADVR projects 1602.In this case, ultrasonic equipment 1000 can determine user from multiple control items ADVR projects 1602 are selected in mesh.
Figure 18 is the figure for the example for showing the display of ultrasonic equipment 1000 window 1810 corresponding with the item controlled selected.
With reference to Figure 18, ultrasonic equipment 1000 can show related to ADVR projects 1602 on the second display unit 200 Window 1810.Here, the window 1810 related to ADVR projects 1602, which can include record button, (is used for start recording operation Button), record stop button, close the session button button of logging mode (be used for terminate), broadcast button (is used to reproduce note The button of the video of record), speed button (is used to set rewind speed or the button of fast-forward functionality), and closing tray button (is used for Close the button of medium stock), ejection tray button (being used for the button for opening medium stock) etc., but not limited to this.
If in addition, terminated in the ADVR projects 1602 that touch event has been shown on the second display unit 200 (1710), then ultrasonic equipment 1000 no longer may show the first menu on the second area 1820 of the first display unit 100 Group.
Although not shown in figure 18, according to exemplary embodiment, ultrasonic equipment 1000 can be in the first display The window related to the ADVR projects 1602 shown on the second display unit 200 is shown on the second area 1820 of unit 100 1810。
Later with reference to Figure 20 C describe ultrasonic equipment 1000 be used for it is single in the first display unit 100 and the second display The operation of the display window related to selected item controlled in member 200.
Figure 19 is position or the selection control for showing ultrasonic equipment 1000 and changing designator according to the touch gestures of user The figure of the method for project processed.
Figure 19 operation S1910 can be performed after Figure 13 operation S1340.Therefore, in Figure 19, as an example, Description is shown at least one shown on the second display unit 200 on the first display unit 100 together with ultrasonography The situation of the designator of the position of item controlled and instruction indicant 400 on the second display unit 200.
In operation S1910, ultrasonic equipment 1000 can be sensed via the second display unit 200 at least one control The first gesture of project processed.Here, first gesture can represent the gesture for moving designator, and the designator indicates indicant 400 position.For example, first gesture can include drag gesture, hovering gesture etc., but not limited to this.
In operation S1920, ultrasonic equipment 1000 can change according to first gesture is shown in the first display unit On designator position.For example, if it is indicated that thing 400 is dragged to the left, it indicates that symbol can also be moved to left side.
In operation S1930, ultrasonic equipment 1000 can be sensed on the first control item via the second display unit 200 Purpose second gesture.
Here, second gesture is different from the first gesture for moving designator, and can represent to be used to select control The gesture of project.For example, if first gesture is drag gesture, second gesture can be touched and keep gesture, double-click hand One in gesture and multi-finger gesture, but not limited to this.In addition, if first gesture is hovering gesture, second gesture Can be the touch gestures for contacting the second display unit 200, but not limited to this.
Ultrasonic equipment 1000 can determine user from multiple controls in the second gesture on sensing the first item controlled The first item controlled is selected in project processed.
In operation S1940, ultrasonic equipment 1000 can show according to second gesture on the second display unit 200 and The related window of first item controlled.Here, window can be the GUI for adjusting the parameter value of the first item controlled, including The information related to the first control item or the window of content, the icon related to the first item controlled or survey tool are (for example, wide Degree measurement, linear measure longimetry and circumference measurement), but not limited to this.
According to exemplary embodiment, ultrasonic equipment 1000 can be in the first display unit 100 and the second display unit 200 The upper display user interface related to first item.
In addition, ultrasonic equipment 1000 can show related to the first item controlled many on the first display unit 100 The first user interface in individual user interface, and can show related to the first item controlled on the second display unit 200 Multiple user interfaces in second user interface.For example, if the first item controlled were TGC projects, ultrasonic equipment 1000 Multiple slider bars including being used to set TGC values corresponding with multiple depth parts can be shown on the second display unit 200 Setting window, and can be shown on the first display unit 100 by connecting the TGC value corresponding with multiple depth parts The gain line interface of acquisition.
Hereinafter, reference picture 20A to 20D describes to first gesture is drag gesture and second gesture is to double-click gesture Situation, and by reference picture 21A to 21C describe first gesture be hover gesture and second gesture be touch gestures feelings Condition.
Figure 20 A to 20D are to show ultrasonic equipment 1000 according to the touch gestures of the user received via touch-screen to select Select item controlled and show the figure of the example of the window corresponding with the item controlled on the home screen.
With reference to Figure 20 A, ultrasonic equipment 1000 can receive the first button for promoting and being included in the second display unit 200 2001 user's input.In this case, ultrasonic equipment 1000 can be activated is shown on the first display unit 100 The function of some in the multiple item controlleds shown on two display units 200.
After the first button 2001 is promoted, ultrasonic equipment 1000 can be by using indicant 400, from being shown in The touch gestures for touching body marker project 2002 are received in multiple item controlleds on second display unit 200.Body Mark can represent the image or object for representing the illuminated position of ultrasonic wave.The example of body marker can include liver shape Shape, heart shape, uterus shape, udder shape etc..
Ultrasonic equipment 1000 can be shown according to touch gestures on the first display unit 100 includes body marker project 2002 item controlled group 2004, wherein item controlled group 2004 can include four projects, body marker project 2002, comment entry Mesh, dual project and keyboard project.Here, ultrasonic equipment 1000 can on ultrasonography 2003 display control project team 2004。
In addition, ultrasonic equipment 1000 can mark the current location for indicating indicant 400 on the first display unit 100 Designator 2005.For example, be located at due to indicant 400 in the body marker project 2002 on the second display unit 200, so Ultrasonic equipment 1000 can be by designator 2005 labeled as in the item controlled group 2004 shown on the first display unit 100 Body marker project 2002 on star.
When user and the second display unit 200 contiguously drag indicant 400, ultrasonic equipment 1000 can be according to finger Show the movement of thing 400 to move designator 2005.For example, when indicant 400 is dragged to four by user from body marker 2002 During mesh, indicant 2005 from body marker project 2002 can be moved to four projects by ultrasonic equipment 1000.
With reference to Figure 20 B, ultrasonic equipment 1000 can receive the double-click gesture 2006 relative to body marker project 2002. In this case, ultrasonic equipment 1000 can determine that user selects body marker project 2002 from multiple item controlleds.
With reference to Figure 20 C, in response to double-clicking gesture 2006, ultrasonic equipment 1000 can show on the second display unit 200 Show body marker list 2007.Ultrasonic equipment 1000 can show body marker list 2008 on the first display unit 100.
In addition, ultrasonic equipment 1000 can be with mark indicators 2009, it indicates indicant 400 in the first display unit Current location in 100 body marker list 2008.For example, because indicant 400 is located at the on the second display unit 200 On four body markers, so designator 2009 can be labeled as showing on the first display unit 100 by ultrasonic equipment 1000 Body marker list 2008 in the 4th body marker on star.
If user's dragging (2010) indicant 400 is contacted with the second display unit 200, ultrasonic equipment 1000 can be with Designator 2009 is moved according to the movement of indicant 400.If for example, user drags indicant 400 from the first body marker Dynamic (2010) can be displayed on the designator on the second display unit 200 to the 4th body marker, then ultrasonic equipment 1000 2009 are moved to the 4th body marker from the first body marker.
Ultrasonic equipment 1000 can receive the double-click gesture 2011 on the 4th body marker.In this case, surpass Acoustic wave device 1000 can determine the 4th body marker in user's selection body marker list 2007.
With reference to Figure 20 D, in response to double-clicking gesture 2011, ultrasonic equipment 1000 can be in the portion of the first display unit 100 The 4th body marker 2012 is shown on subregion.In addition, according to exemplary embodiment, ultrasonic equipment 1000 can store ultrasound Match information between the body marker of ripple image 2003 and the 4th.
Figure 21 A to 21C be ultrasonic equipment 1000 be shown moved according to the hovering gesture of user designator and according to The touch gestures at family select the figure of the example of item controlled.
With reference to Figure 21 A, ultrasonic equipment 1000 can be sensed in the case where not contacting the second display unit 200 predetermined Hovering (2101) is in the indicant 400 of the top of the second display unit 200 and the position of indicant 400 highly in (for example, 0.5cm) Put.
When sensing indicant 400 in hovering (2101) of the top of the second display unit 200, ultrasonic equipment 1000 can To show at least one item controlled on the first display unit 100.For example, if it is indicated that thing 400 is located at away from colourity project 2103 certain height (such as 2cm) place, then ultrasonic equipment 1000 can determine to include the menu group of chromatic diagram project 2103 2102.In addition, ultrasonic equipment 1000 can show the multiple items being included in menu group 2102 on the first display unit 100 Mesh (for example, definition is indexed, put down by multiple views index, chromatic diagram 2103, focus, 2D picture sizes, scanning area, frequency, frame , gray-scale map and dynamic range).
For example, ultrasonic equipment 1000 can be with showing on the partly overlapping first area of ultrasonography 2,100 2104 It is included in multiple projects in menu group 2102.Here, ultrasonic equipment 1000 can be based on the first display unit 100 and second Ratio between the screen size of display unit 200 determines the size of multiple projects being shown on the first display unit 100.
Ultrasonic equipment 1000 can mark the finger for the current location for indicating indicant 400 on the first display unit 100 Show symbol 2105.For example, if it is indicated that thing 400 is located at apart from certain height (such as 2cm) place of chromatic diagram project 2103, then it is ultrasonic Wave device 1000 can be from the multiple successful project biddings note chromatic diagram being shown on the first area 2104 of the first display unit 100 The designator 2105 of square configuration around mesh 2103.
With reference to Figure 21 B, ultrasonic equipment 1000 can move designator 2105 according to the movement of indicant 400.For example, If user is by indicant 400 from the hovering of the top of chromatic diagram project 2103 to focus item top, ultrasonic equipment 1000 can So that designator 2105 is moved in focus item from chromatic diagram project 2103.
With reference to Figure 21 C, when indicant 400 touches the focus item 2106 (2107) being shown on the second display unit 200 When, ultrasonic equipment 1000 can sense the touch gestures in focus item 2106.Then, ultrasonic equipment 1000 can be determined Focus item 2106 in user's selection menu group 2102.
Figure 22 represent ultrasonic equipment 1000 with different display format the display control project on multiple display units The flow chart of method.
In operation S2210, ultrasonic equipment 1000 can show ultrasonography on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can be by the ultrasonography obtained via probe 20 in real time It is shown on the first display unit 100.In addition, according to exemplary embodiment, ultrasonic equipment 1000 can be single in the first display Display is stored in advance in the ultrasonography in storage medium in member 100.
Ultrasonography can be B-mode image, C mode image, D mode image, M-mode image and elastic model image At least one of, but not limited to this.In addition, according to exemplary embodiment, ultrasonography can be 2D images, 3D rendering or 4D images.
In operation S2220, ultrasonic equipment 1000 can be shown on the second display unit 200 to be had with ultrasonography The multiple item controlleds closed.
For example, ultrasonic equipment 1000 can be shown on the second display unit 200 for adjusting with showing single first Multiple item controlleds of the parameter value of the ultrasonography correlation shown in member 100.
The multiple item controlleds relevant with ultrasonography can include such as frequency, and dynamic range, frame is average, refuses level Not, gray-scale map, space proportion, dynamic magnetic resonance (DMR+) harmonic wave, scanning area, edge enhancing, speed, power, line density, entirely At least one in spectrum picture (FSI), focus quantity, depth value, the project and body marker of time gain compensation (TGC), But not limited to this.
In operation S2230, ultrasonic equipment 1000 can touch the position of the second display unit 200 based on indicant 400 Put, the first item controlled is selected from multiple item controlleds.
According to exemplary embodiment, ultrasonic equipment 1000 can be touched via at least one sensor identification indicant 400 Touch the second display unit 200.Here, touch can include contact touch and contactless touch (hovering).In addition, ultrasonic wave Equipment 100 can sense the touch location by indicant 400 via at least one sensor.Here, at least one sensor Touch sensor, pressure sensor, proximity transducer, imaging sensor, depth transducer and infrared ray sensor can be included In at least one, but not limited to this.
The method of the position of the sensing indicant 400 of ultrasonic equipment 1000 is described above in relation to Fig. 5 to 8, therefore is omitted It is described in detail.
According to exemplary embodiment, when indicant 400 is located at predetermined amount of time or longer time above the first item controlled When, ultrasonic equipment 1000 can select the first item controlled from multiple item controlleds.For example, when ultrasonic equipment 1000 connects , can be from multiple item controlleds when receiving with the first item controlled touch of more than 3 seconds of touch of his/her finger and keeping gesture The first item controlled of middle selection.
In addition, if it is indicated that more than the first item controlled pre-determined number of touch of thing 400 (such as two or more times), then surpassing Acoustic wave device 1000 can select the first item controlled from multiple item controlleds.For example, when ultrasonic equipment 1000 is received When user touches the double-click gesture of the first item controlled more than twice with finger, the first control can be selected from multiple item controlleds Project processed.
When multiple indicants touch the first item controlled, ultrasonic equipment 1000 can be selected from multiple item controlleds First item controlled.If for example, user touches the first item controlled, ultrasonic equipment 1000 with two or more fingers The first item controlled can be selected from the multiple item controlleds being shown on the second display unit 200.
In operation S2240, ultrasonic equipment 1000 can be determined with being used to show first on the second display unit 200 The different second display format of first display format of item controlled.
According to exemplary embodiment, when being compared with the first display format, second display format can be simplified.Here, it is simple Changing can represent that the element (for example, adjustment icon) for configuring user interface is reduced.For example, second display format can provide tool There are element, the element of reduction quantity or control of less complexity etc..In addition, the control of second display format can show with first Show that the control of form is identical, except being exaggerated and/or reducing in their quantity.
According to exemplary embodiment, the first display format can include left and right bar and slider bar, and the second display Form can include slider bar.In addition, the first display format can include the square shape of left and right bar and slider bar Shape, and second display format can be the sector with some.In addition, the first display format can include multiple Slider bar, and second display format can be the line for the value for connecting multiple slider bars.
Operation S2250 in, ultrasonic equipment 1000 can together with ultrasonography on the first display unit 100 with Second display format shows the first item controlled.
According to exemplary embodiment, if ultrasonic equipment 1000 sense it is aobvious with first on the second display unit 200 Show the touch for the first item controlled that form is shown, then ultrasonic equipment 1000 can be on the first display unit 200 with second Display format shows the first item controlled, while being maintained at first shown on the second display unit 200 with the first display format Item controlled.
According to exemplary embodiment, ultrasonic equipment 1000 can be by the first item controlled on the first display unit 100 It is shown as being covered on the ultrasonography of the first display unit 100.Here, ultrasonic equipment 1000 can be based on predefined Transparence information determines the transparency of the first item controlled shown on ultrasonography, and can be with the transparent of determination Degree shows the first item controlled.
In addition, ultrasonic equipment 1000 can show the first item controlled on the first display unit 100, so as not to It is covered on ultrasonography.For example, ultrasonic equipment 1000 can show super on the first area of the first display unit 100 Audiograph picture, and first item controlled can be shown with second display format on the second area of the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can be based on the first display unit 100 and the second display unit Ratio between 200 screen size determines the first control being shown in second display format on the first display unit 100 The size of project.In addition, ultrasonic equipment 1000 can according to the size of determination with second display format in the first display unit The first item controlled is shown on 100.
According to exemplary embodiment, the first control that ultrasonic equipment 1000 can be shown with sensing touch with the first display format The position of the indicant 400 of project processed, and can will indicate that the indicator mark of the position of indicant 400 is shown with second On the first item controlled that form is shown.
According to exemplary embodiment, indicate that the designator of the position of indicant 400 may be implemented as predefined shape, in advance Definition wires, predefined color predefines shade etc., but not limited to this.
According to exemplary embodiment, because the position of indicant 400 is in the first control item shown with the first display format It is changed on mesh, so ultrasonic equipment 1000 can move the instruction on the first item controlled shown with second display format Symbol.
Refer to for example, ultrasonic equipment 1000 may be received in drag on the first item controlled shown with the first display format Show the dragging input of thing 400, and the first item controlled shown with second display format can be changed according to dragging input On designator position.
Figure 23 A to 23C are to show that ultrasonic equipment 1000 is shown for being horizontally placed to gray-scale map in the first display The figure of the example of different item controlleds on unit and the second display unit.
With reference to Figure 23 A, ultrasonic equipment 1000 can show ultrasonography 2300 on the first display unit 100, and And the multiple item controlleds related to ultrasonography 2300 can be shown on the second display unit 200.
Ultrasonic equipment 1000 can receive by using indicant 400 to touch the gray-scale map in multiple item controlleds The touch of the predetermined amount of time of mesh 2301 or longer time simultaneously keep gesture.Ultrasonic equipment 1000 can be according to touching and keep hand Gesture 2302 selects gray-scale map project 2301 from multiple item controlleds.Gray-scale map project 2301 on second display unit 200 can To illustratively comprise the first display format 2303 of left button and right button and slider bar.
, can be true when ultrasonic equipment 1000 receives the touch in gray-scale map project 2301 and keeps gesture 2302 The fixed second display format 2304 different from the first display format 2303.Compared with the first display format 2303, the second display lattice Formula 2304 has simplified structure, and can include the slider bar of the rank of expression gray-scale map.On with the first display format The information of 2303 corresponding second display formats 2304 can be stored in memory.
Ultrasonic equipment 1000 can be on the first display unit 100 with the display gray-scale map project of second display format 2304 2301.Here, according to exemplary embodiment, what ultrasonic equipment 1000 can be shown with sensing touch with the first display format 2303 The position of the indicant 400 of gray-scale map project 2301, and can will indicate indicant 400 position indicator mark with In the gray-scale map project 2301 that second display format 2304 is shown.For example, if it is indicated that thing 400 is located at the first display format 2303 Gray-scale map project 2301 center, and the gray-scale map rank represented by the center of the first display format 2303 is 7, then ultrasonic Wave device 1000 designator 2305 can be marked at second display format 2304 gray-scale map rank represent 7 position.
With reference to Figure 23 B, if user contiguously drags indicant with the second display unit 200 in gray-scale map project 2301 400 (2306), then ultrasonic equipment 1000 designator 2305 can be moved according to the movement of indicant 400.If for example, with Indicant 400 is dragged to right side (2306) by family in the gray-scale map project 2301 shown with the first display format 2303, then is surpassed Acoustic wave device 1000 can on the slider bar being included in second display format by indicant 2,305 2304 be moved to right side. Here, gray-scale map rank 2307 from 7 can be adjusted to 10 by ultrasonic equipment 1000.
According to exemplary embodiment, when his/her eye is fixed on the first display unit 100 as main screen by user On, when user touches the gray-scale map project 2301 on the second display unit 200 with his/her finger, ultrasonic equipment 1000 can To be shown and the corresponding user interface of gray-scale map project 2301 together with ultrasonography 2300 on the first display unit 100. In this case, user can be while his/her eye be fixed on as on the first display unit 100 of main screen Gray-scale map rank is adjusted by performing simple gesture on the second display unit 200.User can recognize in real time by The gray-scale map rank adjusted with the corresponding user interface of gray-scale map project 2301 being shown on the first display unit 100.Cause This, watching attentively for user can not be disperseed.
With reference to Figure 23 C, if the first display unit 100 includes touch panel, the first display unit 100 can be sensed User drags the designator in the gray-scale map project 2301 shown with second display format 2304 on the first display unit 100 2305 drag gesture 2308.
Ultrasonic equipment 1000 be able to will be indicated according to the drag gesture 2308 for designator 2305 to be dragged to right side Symbol 2305 be moved to right side, and can the position based on designator 2305 gray-scale map rank 2307 from 7 is adjusted to 10.
Figure 24 A to 24C are to show that ultrasonic equipment 1000 is shown for being in the first display unit and the by set of frequency The figure of the example of different item controlleds on two display units.
With reference to Figure 24 A, ultrasonic equipment 1000 can show ultrasonography 2400 on the first display unit 100, and And the multiple item controlleds related to ultrasonography 2400 can be shown on the second display unit 200.
Ultrasonic equipment 1000 can receive by using indicant 400 to touch the frequency project in multiple item controlleds The touch of 2401 predetermined amount of time or longer time simultaneously keep gesture.Ultrasonic equipment 1000 can be according to touching and keep gesture 2402 select frequency project 2401 from multiple item controlleds.Frequency project 2401 on second display unit 200 can be with bag The first display format 2403 for including left button and right button and slider bar is shown.
When ultrasonic equipment 1000 receives the touch on frequency project 2401 and keeps gesture 2402, it may be determined that The second display format 2404 different from the first display format 2403.Second display format 2404 can include multiple units.Close It can be stored in memory in the information with the corresponding second display format 2404 of the first display format 2403.
Ultrasonic equipment 1000 can with second display format 2404 on the first display unit 100 display frequency project 2401.Here, it can be partly overlapped with the frequency project 2401 of second display format 2404 with ultrasonography 2400.For example, Ultrasonic equipment 1000 can be in the regions of non-interest of ultrasonography 2400 with the display frequency of second display format 2404 Project 2401.
According to exemplary embodiment, the frequency that ultrasonic equipment 1000 can be shown with sensing touch with the first display format 2403 The position of the indicant 400 of rate project 2401, and can will indicate indicant 400 position designator 2405 be marked at In the frequency project 2401 that second display format 2404 is shown.For example, if it is indicated that the position of thing 400 is the first display format 2403 right side, and the frequency range represented by the right side of the first display format 2403 is " Res " (resolution ratio；High frequency), then Ultrasonic equipment 1000 can represent to indicate the unit of " Res " with particular color (for example, blueness) with second display format 2404. Here, particular color is probably designator 2405.
With reference to Figure 24 B, as user and contiguously dragging (2406) instruction in frequency project 2401 of the second display unit 200 During thing 400, ultrasonic equipment 1000 can move designator 2405 according to the movement of indicant 400.If for example, user exists Indicant 400 is dragged into left side in the frequency project 2401 shown with the first display format 2403, then ultrasonic equipment 1000 Frequency range 2407 can be changed from " Res " and (be penetrated to " Pen "；Low frequency), and can be by with second display format 2404 Designator 2405 be moved to left side.Here, designator 2405 can be moved on " Pen " unit 2408 from " Res " unit.
With reference to Figure 24 C, if the first display unit 100 includes touch panel, the first display unit 100 can be sensed The pressure applied by user, the user moves the frequency term shown with second display format 2404 on the first display unit 100 Designator 2405 on mesh 2301.For example, the first display unit 100, which can sense touch, is included in second display format 2404 In the predetermined amount of time of " Pen " unit 2408 or the touch of longer time and keep gesture 2409.
According to touching the predetermined amount of time of " Pen " unit 2408 or the touch of longer time and keep gesture 2409, ultrasonic wave Designator 2405 can be moved on " Pen " unit 2408 by equipment 1000, and can based on designator 2405 position will Frequency range 2408 changes to " Pen " from " Res ".
Hereinafter, by describe ultrasonic equipment 1000 be used for by multiple display units provide with yield value (for example, TGC or LGC) related interface operation.
Figure 25 is to show that ultrasonic equipment 1000 provides the information set on yield value by using multiple display units Method flow chart.
In operation S2510, ultrasonic equipment 1000 can show ultrasonography on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can be by the ultrasonography obtained via probe 20 in real time It is shown on the first display unit 100.According to some exemplary embodiments, ultrasonic equipment 1000 can be in the first display unit Display is stored in advance in the ultrasonography in storage medium on 100.
Ultrasonography can be B-mode image, C mode image, D mode image, M-mode image and elastic model image At least one of, but not limited to this.In addition, can be 2D images, 3D rendering according to the ultrasonography of exemplary embodiment Or 4D images.
In operation S2520, ultrasonic equipment 1000 can be shown on the second display unit 200 for adjusting ultrasonic wave Multiple slider bars of the yield value of echo-signal.Here, yield value can include time gain compensation (TGC) value and horizontal gain Compensate at least one in (LGC) value.TGC values are subtracted to compensate the amplitude of ultrasonic signal for the depth according to human body It is small.LGC values are for compensating uneven attenuation caused by the different transmitting paths due to ultrasonic beam.Hereinafter, gain will be described It is worth for the situation of TGC values.
According to exemplary embodiment, it can be shown on the second display unit 200 including for adjustment and ultrasonography The corresponding yield value of depth part multiple slider bars gain set window.Gain sets window to be shown in second One in item controlled on display unit 200.
Multiple slider bars can be arranged parallel to each other with constant interval in the depth direction.It is shown in the second display unit The quantity of multiple slider bars on 200 or interval can be fixed or can be variable.For example, the quantity of multiple slider bars It can be changed according to the species of probe 20 or the total depth of ultrasonography.
For example, the total depth of ultrasonography can be divided into ten parts by ultrasonic equipment 1000, and can be Ten slider bars are shown on second display unit 200.Here, the uppermost slider bar in ten slider bars corresponds to most shallow depth The part of degree, and nethermost slider bar can correspond to the part most deeply spent.
User can be dragged on left or right direction the adjustment of the multiple slider bars being shown on the second display unit 200 by Button, to change the yield value of respective depth part.If for example, the first adjustment button on the first slider bar is moved to by user The yield value increase on right side, then first depth part corresponding with the first slider bar, therefore the ultrasonic wave of the first depth part Image can become brighter.If on the contrary, the first adjustment button on the first slider bar is moved to left side by user, with first The yield value of the first corresponding depth part of slider bar reduces, therefore the ultrasonography of the first depth part can become more Secretly.
User can click on each in multiple slider bars on ad-hoc location, to change the increasing of each depth part Benefit value.For example, if user clicks on first point on the first slider bar, ultrasonic equipment 1000 can will correspond to first and slide The yield value of first depth part of dynamic bar is adjusted to the first value corresponding to first point.
According to exemplary embodiment, ultrasonic equipment 1000 can set window to really feel in the gain including multiple slider bars Measure dragging input of the user on depth direction (that is, perpendicular to the direction of at least one slider bar).Ultrasonic equipment 1000 Ultrasonic wave can be corresponded respectively to change based on the position (for example, sensing the coordinate of the pixel of dragging input) of dragging input The yield value of the depth part of image.
If for example, user drags multiple slider bars of his/her finger simultaneously in window is set perpendicular to gain Side is upwardly formed straight line or curve, then ultrasonic equipment 1000 can will adjustment button be moved to towline and multiple slider bars that This position intersected, and the gain that the yield value corresponding with the position for adjusting button can be set in depth part Value.
In operation S2530, ultrasonic equipment 1000 can be based on the indicant 400 for touching the second display unit 200 Position on the first display unit 100 shows gain line.For example, if it is indicated that thing 400, which is located at, includes the increasing of multiple slider bars Benefit is set in window, then ultrasonic equipment 1000 can be shown by by multiple depth parts on the first display unit 100 The gain line that yield value is connected and obtained.
According to exemplary embodiment, ultrasonic equipment 1000 can be touched via at least one sensor identification indicant 400 Touch the second display unit 200.Here, touch can include contact touch and contactless touch (hovering).In addition, ultrasonic wave Equipment 1000 can sense the touch location of indicant 400 via at least one sensor.At least one sensor can be tactile Touch at least one in sensor, pressure sensor, proximity transducer, imaging sensor, depth transducer and infrared ray sensor It is individual, but not limited to this.
The method of the position of the sensing indicant 400 of ultrasonic equipment 1000 is described above in relation to Fig. 5 to 8, therefore is omitted It is described in detail.
According to exemplary embodiment, ultrasonic equipment 1000 can be by connecting and the adjustment button in multiple slider bars Position corresponding yield value generates gain line.Here, ultrasonic equipment 1000 can be by using on the first slider bar Yield value on yield value and the second slider bar performs the interpolation meter of the yield value between the first slider bar and the second slider bar Calculate.
According to exemplary embodiment, if user sets dragging straight line or song on window in the gain including multiple slider bars Line, then ultrasonic equipment 1000 can obtain the gain line obtained from towline.
According to exemplary embodiment, if it is indicated that thing 400, which is touched, includes the gain setting window of multiple slider bars, then it is ultrasonic Wave device 1000 can show gain line together with gain line on the first display unit 100.For example, ultrasonic equipment 1000 can With on ultrasonography or ultrasonography is displayed next to gain line.Here, ultrasonic equipment 1000 can be with ultrasonogram The depth direction of picture shows gain line together.
According to exemplary embodiment, in the gain line that ultrasonic equipment 1000 can be shown on the first display unit 100 Gain set window in mark indicate corresponding to indicant 400 position depth part designator.For example, if it is indicated that Thing 400 is located on the second slider bar, then ultrasonic equipment 1000 can determine second depth value corresponding with the second slider bar, And the mark indicators on the point of the depth value of instruction second of gain line.
According to exemplary embodiment, ultrasonic equipment 1000 can include the increasing of multiple slider bars according to indicant 400 Benefit sets the change of the position in window to move the designator marked in gain line.For example, if it is indicated that thing 400 is to moving down Dynamic, then ultrasonic equipment 1000 can move down designator with gain line.
According to exemplary embodiment, ultrasonic equipment 1000 can receive many for movement via the second display unit 200 The input of at least one adjustment button in adjustment button on individual slider bar, and can be based at least one moved The position of button is adjusted to change the shape of the gain line shown on the first display unit 100.
Shown according to the ultrasonic equipment 1000 of exemplary embodiment on the first display unit 100 together with ultrasonography Show the gain line corresponding with the yield value that user is set on the second display unit 200, therefore, user can intuitively recognize The shape of gain line, the gradient of gain line, yield value (for example, TGC values) etc., without his/her mobile eye.
Figure 26 A and 26B are to show that ultrasonic equipment 1000 provides gain and sets window and on the home screen on the touchscreen Show the figure of the example of gain line.
With reference to Figure 26 A, ultrasonic equipment 1000 can show ultrasonography 2600 on the first display unit 100, and And the multiple item controlleds related to ultrasonography 2600 can be shown on the second display unit 200.
Ultrasonic equipment 1000 can receive by using indicant 400 to touch first area predetermined amount of time or longer The touch of time simultaneously keeps gesture, and the gain item controlled 2601 in multiple item controlleds is shown in first area.Ultrasonic wave is set Standby 1000 can be according to touching and keep gesture to select gain item controlled 2601 from multiple item controlleds.Here, ultrasonic wave The yield value next life for multiple slider bars that equipment 1000 can be corresponded respectively to be included in gain control item 2601 by connection Into gain line 2603.For example, because the adjustment button on multiple slider bars is located at core, so ultrasonic equipment 1000 can So that gain line 2603 is generated as into straight line.
Ultrasonic equipment 1000 can show the gain line 2603 of generation on the first display unit 100.For example, ultrasonic wave Equipment 1000 can be displayed next to gain line 2603 in ultrasonography 2600.
Then, ultrasonic equipment 1000 can be with mark indicators 2604, and it indicates indicant 400 in gain line 2603 Position in gain item controlled 2601.For example, if it is indicated that thing 400 is located on the 5th slider bar 2602, then ultrasonic equipment 1000 determine fiveth depth value corresponding with the 5th slider bar 2602, and are representing the 5th depth value in gain line 2603 The first point at mark indicators.
According to exemplary embodiment, if it is indicated that the position of thing 400 changes in gain item controlled 2601, then ultrasonic wave Equipment 1000 can be with designator 2604 of the movement indicia in gain line 2603.For example, if it is indicated that thing 400 is from the 5th slider bar 2602 are moved on the 6th slider bar, then ultrasonic equipment 1000 can determine sixth depth corresponding with the 6th slider bar Value, and designator 2603 can be moved to the second point for representing the 6th depth value from represent the 5th depth value first point.
Therefore, user can be recognized on the second display unit 200 by the designator 2604 in gain line 2603 The position that indicant 400 is currently contacted, without his/her eye is moved into the second display unit from the first display unit 100 200。
With reference to Figure 26 B, when user moves the position of the adjustment button on multiple slider bars, ultrasonic equipment 1000 can be with Receive the input for setting the yield value for corresponding respectively to multiple depth parts.For example, ultrasonic equipment 1000 can be received User in gain item controlled 2601 along perpendicular to the direction forming curves of multiple slider bars while drag his/her finger Drag gesture 2605.Ultrasonic equipment 1000 can according to drag gesture 2605 by adjust button be moved to towline and multiple Slider bar point intersected with each other, and the yield value corresponding with the position for adjusting button is set to corresponding depth part Yield value.
In addition, when the position for adjusting button changes, ultrasonic equipment 1000 can also change the shape of gain line 2603. For example, ultrasonic equipment 1000 can change the shape of gain line 2603 with towline.
Yield value corresponding with the position for adjusting button can be applied to ultrasound echo signal by ultrasonic equipment 1000. In this case, thus it is possible to vary the brightness of each depth part in ultrasonography 2600.
Figure 27 is to show that ultrasonic equipment 1000 determines the flow chart of the method for input pattern.
In operation S2710, ultrasonic equipment 1000 can sense the touching on the second display unit 200 of indicant 400 Touch gesture.
According to exemplary embodiment, ultrasonic equipment 1000 can be touched via at least one sensor identification indicant 400 Touch the second display unit 200.Here, touch can include contact touch and contactless touch (hovering).At least one is passed Sensor can be touch sensor, pressure sensor, proximity transducer, imaging sensor, depth transducer and infrared ray sensing At least one in device, but not limited to this.
According to exemplary embodiment, ultrasonic equipment 1000 can be single in the second display via the identification of at least one sensor The species of touch gestures in member 200.Touch gestures can include single finger gesture, and multi-finger gesture is clicked on gesture, touched simultaneously Gesture is kept, is touched and drag gesture, flick gesture, slip gesture, hovering gesture etc., but not limited to this.
The method of the position of the sensing indicant 400 of ultrasonic equipment 1000 is described above in relation to Fig. 5 to 8, therefore is omitted It is described in detail.
In operation S2720, ultrasonic equipment 1000 can be sensed based on indicant 400 on the second display unit 200 The species of touch gestures determine input pattern.
According to exemplary embodiment, input pattern can include being used to from the depth part of ultrasonography select one The depth selection mode of depth part and the gain change pattern for changing yield value.
For example, if it is indicated that the touch gestures of thing 400 are single finger gestures, then ultrasonic equipment 1000 can will input mould Formula is defined as depth selection mode, and if it is indicated that the touch gestures of thing 400 are multi-finger gestures, then ultrasonic equipment 1000 Input pattern can be defined as to gain change pattern.On the contrary, if it is indicated that the touch gestures of thing 400 are single finger gestures, then Input pattern can be defined as gain change pattern by ultrasonic equipment 1000, and if it is indicated that the touch gestures of thing 400 are Multi-finger gesture, then ultrasonic equipment input pattern can be defined as to depth selection mode.
In addition, if touch gestures are hovering gestures, input pattern can be defined as by ultrasonic equipment 1000 Depth selection mode, and if touch gestures are to touch and drag gesture, then ultrasonic equipment 1000 can be by input pattern It is defined as gain change pattern.
In operation S2730 and S2740, when input pattern is confirmed as depth selection mode, ultrasonic equipment 1000 The designator that can be marked according to touch gestures movement in gain line.
For example, setting window contiguously to drag in the vertical direction when receiving gain of the user with showing multiple slider bars During first drag gesture of his/her finger, input pattern can be defined as depth selection mode by ultrasonic equipment 1000.This In, ultrasonic equipment 1000 can select certain depth part from multiple depth parts, or can be according to the first dragging hand Gesture changes selected depth part.Ultrasonic equipment 1000 can be in the certain depth for representing to be selected by the first drag gesture Mark indicators on partial position.Therefore, if user gain setting window in along above-below direction drag his/her one Individual finger, then ultrasonic equipment 1000 can be according to the first drag gesture in the gain line being shown on the first display unit 100 On move designator along above-below direction.
In operation S2750 and S2760, when input pattern is confirmed as gain change pattern, ultrasonic equipment 1000 Can be according to touch gestures come the yield value of percentage regulation part.
For example, setting window contiguously to be dragged along left and right directions when receiving gain of the user with showing multiple slider bars During second drag gesture of his/her two or more finger, input pattern can be defined as gain by ultrasonic equipment 1000 Change pattern.In addition, ultrasonic equipment 1000 can adjust the yield value in certain depth part according to the second drag gesture.
In operation S2770, when adjusting the yield value of certain depth part in gain change pattern, ultrasonic equipment 1000 can change the shape for the gain line being shown on the first display unit 100 according to the yield value of adjustment.
Hereinafter, by reference picture 28A to 29C describe ultrasonic equipment 1000 be used for provided according to the species of touch gestures The operation of different input patterns.Figure 28 A to 29C are shown corresponds to depth selection mode simultaneously as the single finger gesture of example And multi-finger gesture corresponds to the situation of gain change pattern.
Figure 28 A and 28B are the figures for showing the depth selection mode according to exemplary embodiment.
With reference to Figure 28 A, ultrasonic equipment 1000 can show ultrasonography 2800 on the first display unit 100, and And the multiple item controlleds related to ultrasonography 2800 can be shown on the second display unit 200.
Ultrasonic equipment 1000 can receive by using indicant 400 to touch first area predetermined amount of time or longer The touch of time simultaneously keeps gesture, is shown on first area from the gain item controlled 2801 in multiple item controlleds.Ultrasonic wave Equipment 1000 according to the touch on first area and can keep gesture to select gain item controlled from multiple item controlleds 2801.Here, ultrasonic equipment 1000 can show on the first display unit 100 and correspond respectively to be included in increasing by connection The yield value of multiple slider bars in beneficial item controlled 2801 is come the gain line 2803 that is formed.For example, ultrasonic equipment 1000 can Gain line 2803 to be displayed next to the curve as the adjustment button connected on multiple slider bars in ultrasonography 2800.
In addition, ultrasonic equipment 1000 can mark expression indicant 400 in gain item controlled in gain line 2803 The designator 2804 of position in 2801.For example, if it is indicated that thing 400 is located on the 4th slider bar 2802, then ultrasonic equipment 1000 can determine with corresponding 4th depth value of the 4th slider bar 2802, and designator 2804 can be marked at gain line The position of the 4th depth value is represented on 2803.
In Figure 28 A, as an example, designator 2804 has round-shaped, but not limited to this.That is, designator 2804 can have it is variously-shaped.
Finger (for example, forefinger) is dragged in the vertical direction in gain item controlled 2810 when receiving user During single finger gesture 2810, input pattern can be defined as depth selection mode by ultrasonic equipment 1000, and can basis Single finger gesture changes the selection of depth part.Here, single finger gesture may not influence yield value.
With reference to Figure 28 B, ultrasonic equipment 1000 can select certain depth part from depth part.
For example, if it is indicated that thing 400 according to the single finger gesture 2810 of one finger (for example, forefinger) of drag down from Four slider bars 2802 are moved on the 5th slider bar, then ultrasonic equipment 1000 can select the 5th corresponding to the 5th slider bar Depth part, rather than corresponding to the 4th depth part of the 4th slider bar.
Here, ultrasonic equipment 1000 can in gain line 2603 by designator 2804 from representing the 4th depth part 1: 2806 is moved to the second point 2807 for representing the 5th depth part.
Therefore, user can recognize the instruction on the second display unit 200 from the designator 2804 in gain line 2803 The depth part that thing 400 is currently contacted, without his/her eye is turned into the second display unit from the first display unit 100 200.In addition, user can drag his/her finger up or down on the second display unit 200, to indicate Symbol 2804 is moved to the certain depth part for wishing to adjust its yield value.
Figure 29 A to 29C are the figures for showing the gain change pattern according to exemplary embodiment.
With reference to Figure 29 A, if user wants the yield value of the 5th depth part of adjustment, user can be in gain control item In mesh 2801 upwards or drag down his/her forefinger, and it can be located in designator 2804 and represent the 5th depth part Further his/her middle finger is placed on gain item controlled 2801 in the state of at second point 2807.
In this case, ultrasonic equipment 1000 can sense above-mentioned gesture to represent touching for two or more fingers The multi-finger gesture 2910 touched, and input pattern from depth selection mode can be changed into gain change pattern.
With reference to Figure 29 B, ultrasonic equipment 1000 can receive the gesture 2920 of user, i.e., connect with gain item controlled 2801 Contact to earth and his/her two finger is dragged into left side or right side.For example, ultrasonic equipment 1000 can receive user by he/her Two fingers (forefinger and middle finger) drag to right side input.In this case, ultrasonic equipment 1000 can be by the 5th The yield value of depth part increases to the second yield value from the first yield value, and the corresponding with the 5th depth part the 5th slides Adjustment button on bar can be moved to right side.
Because the yield value of the 5th depth part from the first yield value changes into the second yield value, so ultrasonic equipment 1000 can change the shape for the gain line being shown on the first display unit 100 based on the second yield value.In addition, ultrasonic wave Second yield value of the 5th depth part can be applied to ultrasound echo signal by equipment 1000.Therefore, in the 5th depth part Ultrasonography can become brighter.
With reference to Figure 29 C, if user takes his/her middle finger from the second display unit 200 away only eat by his/her Refer to and touch the second display unit 200, then input pattern from gain change pattern can be switched to depth by ultrasonic equipment 1000 Selection mode.
Here, user can drag his/her forefinger up or down, to select its yield value by the specific of desired adjustment Depth part.When designator 2804, which is located at user, wants the certain depth part of adjust gain value, user can be by his/her Middle finger is again placed on the second display unit 200.In this case, ultrasonic equipment 1000 can be by input pattern from depth Degree selection mode is switched to gain change pattern.His/her two finger can be moved to left or right side to change spy by user Determine the yield value of depth part.
Therefore, according to exemplary embodiment, user can be changed by reusing single finger gesture and multi-finger gesture Become the yield value of certain depth part without watching the second display unit 200, and the yield value changed can be aobvious by first Show that unit 100 is recognized in real time.
Figure 30 is to show that species of the ultrasonic equipment 1000 based on touch gestures determines showing for the input pattern related to TGC The figure of example.In fig. 30, multi-finger gesture will be described as example corresponding to depth selection mode and single finger gesture correspondence In the situation of gain change pattern.
With reference to the 3010 of Figure 30, ultrasonic equipment 1000 may be received in the gain item controlled for adjusting TGC values The drag gesture of the 3000 interior forming curves on the direction perpendicular to multiple slider bars.Ultrasonic equipment 1000 can be according to dragging Gesture will adjust button and be moved to towline and multiple slider bars position intersected with each other, and can be by the position with adjusting button Put the yield value that corresponding yield value is set to corresponding depth part.
In addition, ultrasonic equipment 1000 can generate gain line by connecting the yield value represented by adjusted value, and Gain line can be shown on the first display unit 100.For example, ultrasonic equipment 1000 can be on the first display unit 100 Display is formed as the gain line of the curve of dragging.
In addition, ultrasonic equipment 1000 can believe yield value corresponding with the position for adjusting button applied to ultrasonic echo Number.In this case, the brightness on depth part of ultrasonography can be adjusted.
According to the 3020 of Figure 30, ultrasonic equipment 1000 can by using user two fingers (for example forefinger and in Refer to) receive the multi-finger gesture for touching the gain item controlled 3000 on the second display unit 200.In this case, it is ultrasonic Input pattern can be set as depth selection mode by wave device 1000.
With reference to the 3030 of Figure 30, user can select user to want adjustment increasing by dragging two fingers up or down The certain depth part of benefit value.If for example, his/her two finger is dragged to the 5th slider bar by user from the 4th slider bar On, then ultrasonic equipment 1000 can select the 5th depth part rather than the 4th depth part.
Here, ultrasonic equipment 1000 can in gain line by designator from representing first point of the 4th depth part shifting Move the second point for representing the 5th depth part.
With reference to the 3040 of Figure 30, if user takes his/her middle finger from the second display unit 200 away and only by food Refer to and touch the second display unit 200, then input pattern from depth selection mode can be switched to gain by ultrasonic equipment 1000 Change pattern.
With reference to the 3050 of Figure 30, ultrasonic equipment 1000 can receive user and gain item controlled 300 contiguously by he/ The gesture that her forefinger is dragged in the lateral direction.His/her forefinger is dragged for example, ultrasonic equipment 1000 can receive user Move the input to right side.In this case, ultrasonic equipment 1000 can be based on dragging distance by the increasing of the 5th depth part The adjustment that beneficial value increases on the second yield value, and the 5th slider bar corresponding with the 5th depth part from the first yield value is pressed Button can be moved to right side.
Because the yield value of the 5th depth part from the first yield value changes into the second yield value, so ultrasonic equipment 1000 can change the shape for the gain line being shown on the first display unit 100 based on the second yield value.Ultrasonic equipment Second yield value of the 5th depth part can be applied to ultrasound echo signal by 1000.Therefore, in the super of the 5th depth part Audiograph picture can be than brighter in the past.
With reference to the 3060 of Figure 30, if his/her middle finger is again placed at the second display unit 200 and passed through by user Forefinger and middle finger touch the second display unit 200, then ultrasonic equipment 1000 can cut input pattern from gain change pattern Change to depth selection mode.
Here, user can select user to want adjust gain value again by dragging forefinger and middle finger up or down Certain depth part.When designator bit is when will adjust the depth part of its yield value, user is single from the second display by middle finger Member 200 is taken away.In this case, input pattern can be switched to increasing by ultrasonic equipment 1000 from depth selection mode again Beneficial change pattern.User can change selected depth by dragging his/her finger (forefinger) in the lateral direction Spend the yield value of part.
Therefore, according to exemplary embodiment, user can be changed by reusing single finger gesture and multi-finger gesture The yield value become in certain depth part, and can be real-time via the first display unit 100 without seeing the second display unit 200 The yield value that ground identification changes.
Figure 31 is to show that species of the ultrasonic equipment 1000 based on touch gestures determines showing for the input pattern related to LGC The figure of example.In Figure 31, single finger gesture will be described as example corresponding to scanning line selection pattern and multi-finger gesture pair Should be in the situation of gain change pattern.
With reference to the 3110 of Figure 31, ultrasonic equipment 1000 may be received in the gain item controlled for adjusting LGC values The drag gesture of the 3100 interior forming curves on the direction perpendicular to multiple slider bars.Ultrasonic equipment 1000 can be according to dragging Gesture will adjust button and be moved to towline and multiple slider bars position intersected with each other, and can be by the position with adjusting button Put the yield value that corresponding yield value is set to corresponding scan line part.
In addition, ultrasonic equipment 1000 can generate gain line by connecting by the yield value of adjustment button indication, and And gain line can be shown on the first display unit 100.For example, ultrasonic equipment 1000 may be displayed on the first display unit It is gain line along the towline of horizontal direction that the ultrasonography that is shown on 100 is formed below.
Yield value corresponding with the position for adjusting button can be applied to ultrasound echo signal by ultrasonic equipment 1000. In this case, the brightness of the scan line part of ultrasonography can be changed.
With reference to the 3120 of Figure 31, ultrasonic equipment 1000 can be received by using the finger (such as forefinger) of user Touch the single finger gesture of the gain item controlled 3100 on the second display unit 200.In this case, ultrasonic equipment 1000 can be set as input pattern scanning line selection pattern.
With reference to the 3130 of Figure 31, user can be selected by dragging a finger (forefinger) on gain item controlled 3100 Select particular scan part.For example, if user drags to his/her forefinger on the 5th slider bar from the 4th slider bar, Ultrasonic equipment 1000 can select the 5th scan line part rather than the 4th scan line part.
Here, ultrasonic equipment 1000 can in gain line by designator from representing first point of the 4th scan line part It is moved to the second point for representing the 5th scan line part.
With reference to the 3140 of Figure 31, if his/her middle finger is placed in gain item controlled 3100 by user, ultrasonic wave is set Standby 1000 can sense be multi-finger gesture 2910, and from scanning line selection pattern input pattern can be changed into increasing Beneficial change pattern.
With reference to the 3150 of Figure 31, ultrasonic equipment 1000 can receive user and gain item controlled 3100 and contiguously will The gesture that his/her two finger (forefinger and middle finger) is dragged up or down.For example, ultrasonic equipment 1000 can receive use The input that two fingers at family are dragged upwards simultaneously.In this case, ultrasonic equipment 1000 can be incited somebody to action based on dragging distance The yield value of 5th scan line part changes to the second yield value from the first yield value, and corresponding with the 5th depth part the Adjustment button on five slider bars can be moved up.
Because the yield value in the 5th scan line part from the first yield value changes into the second yield value, so ultrasonic wave is set Standby 1000 can change the shape for the gain line being shown on the first display unit 100 based on the second yield value.Ultrasonic wave is set The second yield value in 5th scan line part can be applied to ultrasound echo signal by standby 1000.
With reference to the 3160 of Figure 31, when user takes his/her middle finger from gain item controlled 3100 away and only by food Refer to when touching gain item controlled 3100, input pattern from gain change pattern can be switched to depth by ultrasonic equipment 1000 Selection mode.
Here, user can select to want to adjust its yield value by dragging his/her forefinger in the lateral direction Particular scan part.When designator bit wants the particular scan part of adjust gain value in user, user can by he/ Her middle finger gain is placed on the second display unit 200.In this case, ultrasonic equipment 1000 can by input pattern from Scanning line selection pattern again switches to gain change pattern.User can be by dragging two finger (forefingers up or down And middle finger) change the yield value of particular scan part.
Therefore, according to exemplary embodiment, user can be changed by reusing single finger gesture and multi-finger gesture The yield value (LGC values) become in particular scan part can show single without seeing the second display unit 200 via first Member 100 recognizes the yield value of change in real time.
Figure 32 is to show that ultrasonic equipment 1000 provides the stream of the method for gain line corresponding with default gain value sets Cheng Tu；
In operation S3210, ultrasonic equipment 1000 can be received via the second display unit 200 for selecting multiple pre- If the input of one in gain value sets.Multiple preset gain value sets can include being preset by ultrasonic equipment 1000 Gain value sets (for example, the typical gains value set frequently used) and the preset gain value set set by user, but not It is limited to this.
According to exemplary embodiment, ultrasonic equipment 1000 can show the multiple figures for representing multiple preset gain value sets Mark, and can receive for selecting the input of one in multiple icons.It is used for for example, ultrasonic equipment 1000 can be received The gesture for the first icon for indicating the first gain value sets is touched from multiple icons.
Indicating the icon of preset gain value set can include by connection corresponding to the yield value of multiple depth parts The gain line of acquisition.Here, gain line can carry out various represent with solid line, dotted line, dotted line and dotted line etc..In addition, representing to increase The icon of beneficial value set can be expressed as including the image of multiple slider bars.
In operation S3220, ultrasonic equipment 1000 can be moved on multiple slider bars according to selected yield value At least one adjustment button.
Preset gain value set can include the yield value corresponding to multiple depth parts.Therefore, ultrasonic equipment 1000 Yield value corresponding with multiple depth parts in the preset gain value set for being included in selection can be extracted.In addition, ultrasonic wave Equipment 1000 can move the adjustment on the multiple slider bars matched respectively with multiple depth parts based on the yield value of extraction Button.
In operation S3230, ultrasonic equipment 1000 can show on the first display unit 100 and be preset with selected The corresponding gain line of gain value sets.For example, ultrasonic equipment 1000 can be included in selected yield value collection by connection Yield value in conjunction generates gain line, and can show gain line on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can include corresponding in selected preset gain value collection The yield value of multiple depth parts in conjunction is applied to ultrasound echo signal.So, thus it is possible to vary by depth part The brightness of ultrasonography on one display device 100.
Figure 33 A to 33C are the figures for showing to provide the example of the information of the preset gain value on being provided and selected by user.
With reference to Figure 33 A, ultrasonic equipment 1000 can show ultrasonography 3300 on the first display unit 100, and And the multiple item controlleds related to ultrasonography 3300 can be shown on the second display unit 200.Ultrasonic equipment 1000 can receive by indicant 400 to touch from the predetermined amount of time of preset term 3301 or longer in multiple item controlleds The gesture 3302 of time.
With reference to Figure 33 B, the gesture 3302 in response to touching pre-set button 3301, ultrasonic equipment 1000 can be aobvious second Show the list 3303 that multiple preset gain value sets are shown on unit 200.List 3303 can include corresponding respectively to multiple increasings The icon of beneficial value set.
When receiving indicant 400 in the touch of the inner side of list 3303, ultrasonic equipment 1000 can also be in the first display Display includes the list 3305 of multiple gain value sets on unit 100.In addition, ultrasonic equipment 1000 can be shown in first Mark represents the designator of the current location of indicant 400 in list 3305 on display unit 100.For example, if it is indicated that thing 400 are located in the second gain value sets 3304 on the second display unit 200, then ultrasonic equipment 1000 can be shown in the The designator 3306 of star shape is marked in the second gain value sets 3304 in list 3305 on one display unit 200.
If user contiguously drags indicant 400 with the second display unit 200, ultrasonic equipment 1000 can basis Designator 3306 is moved in the movement of indicant 400.If for example, user drags indicant 400 from the first gain value sets To the second gain value sets 3304 (2010), then the instruction that ultrasonic equipment 1000 will can be marked on the second display unit 200 Symbol 3306 is moved to the second gain value sets 3304 from the first gain value sets.
According to exemplary embodiment, ultrasonic equipment 1000 can be received for showing on the second display unit 200 The input of a yield value is selected in list 3303.For example, ultrasonic equipment 1000 can be received for touching the second yield value The input of set 3304.Here, the pressure for touching the second gain value sets 3304 is equal to or more than critical value, ultrasonic equipment 1000 can determine the second gain value sets 3304 in user's selective listing 3303.In this case, ultrasonic equipment 1000 can read with being included in selected the from storage medium (for example, memory, exterior storage medium or Cloud Server) The corresponding yield value of multiple depth parts in two gain value sets 3304.
With reference to Figure 33 C, ultrasonic equipment 1000 can be according to being included in selected second gain value sets 3304 The corresponding yield value of multiple depth parts, on the multiple slider bars being included in gain item controlled 3307 mobile adjustment by Button.
Ultrasonic equipment 1000 can show corresponding with selected second gain value sets on the first display unit 100 Gain line 3308.For example, ultrasonic equipment 1000 can by connection be included in the yield value in the second gain value sets come Gain line 3308 is generated, and the ultrasonography 3300 that can be shown on the first display unit 100 is displayed next to gain line 3308。
According to exemplary embodiment, ultrasonic equipment 1000 can be with mark indicators 3309, and it indicates that indicant 400 is increasing The position in gain item controlled 3307 on beneficial line 3308.For example, if it is indicated that thing 400 then surpasses on the 7th slider bar Acoustic wave device 1000 can determine seventh depth value corresponding with the 7th slider bar, and in the expression the 7th of gain line 3308 Mark indicators 3309 at the position of depth value.
According to exemplary embodiment, ultrasonic equipment 1000 can be by corresponding to including more in the second gain value sets The yield value of individual depth part is applied to ultrasound echo signal.In this case, ultrasonography by depth part Brightness can be changed.
Figure 34 is to show that ultrasonic equipment 1000 shows the flow chart of the method for gain line on multiple display units.
In operation S3410, ultrasonic equipment 1000 can show ultrasonography on the first display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can show the real time ultrasound image obtained via probe 20 Show on the first display unit 100.In addition, according to exemplary embodiment, ultrasonic equipment 1000 can be in the first display unit Display is stored in advance in the ultrasonography in storage medium on 100.
In addition, ultrasonography can be B-mode image, C mode image, D mode image, M-mode image and springform At least one of formula image, but not limited to this.Can be 2D images, 3D rendering according to the ultrasonography of exemplary embodiment Or 4D images.
In operation S3420, ultrasonic equipment 1000 can be shown on the second display unit 200 for setting and ultrasound First gain line of the corresponding yield value of depth part of ripple image.According to exemplary embodiment, the first gain line can be aobvious Show one in the item controlled on the second display unit 200.
According to exemplary embodiment, ultrasonic equipment 1000 can show the first gain line on the second display unit 200 And it is shown in the ultrasonography on the first display unit 100.For example, ultrasonic equipment 1000 can be in the second display unit Ultrasonography is shown on 200 first area, and the first increasing can be shown on the second area of the second display unit 200 Beneficial line.
In operation S3430, ultrasonic equipment 1000 can be based on the touch input for touching the first gain line, the The second gain line corresponding with the first gain line is shown on one display unit 100.
According to exemplary embodiment, ultrasonic equipment 1000 can touch aobvious second via the identification of at least one sensor Show the indicant 400 of the first gain line on unit 200.Touching can be (outstanding including contact touch and contactless touch Stop).At least one sensor can be touch sensor, pressure sensor, proximity transducer, imaging sensor, depth sensing At least one in device and infrared ray sensor, but not limited to this.
The method of the position of the sensing indicant 400 of ultrasonic equipment 1000 is described above in relation to Fig. 5 to 8, therefore is omitted It is described in detail.
According to exemplary embodiment, the first gain line being shown on the second display unit 200 and the first display is shown in The second gain line on unit 100 can be by connecting corresponding to formed by the yield value of the depth part of ultrasonography Line.For example, ultrasonic equipment 1000 can be extracted and increased respectively by first in response to the touch input for touching the first gain line Multiple yield values that point on beneficial line is represented, and the second gain line can be generated by using multiple yield values of extraction.
Therefore, the first gain line and the second gain line can be similar each other.However, according to the first display unit 100 and The length of ratio between the screen size of two display units 200, the length of the first gain line and the second gain line can be each other It is different.For example, if the display unit 200 of the first display unit 100 to the second is big twice, the length of the first gain line can compare Twice of the length length of second gain line.
In view of between the size of the ultrasonography shown on the first display unit 100 and the second display unit 200 Ratio, ultrasonic equipment 1000 can determine the length of the first gain line and the second gain line.If for example, in the first display Ratio between the size of the ultrasonography shown on the display unit 200 of unit 100 and second is 3:2, then it can determine The length of two gain lines so that the ratio between the length of the first gain line and the second gain line is 3：2.
According to exemplary embodiment, ultrasonic equipment 1000 is it is contemplated that the ultrasonic wave shown on the first display unit 100 The entire depth value or longitudinal length of image determines the size of the second gain line.
According to exemplary embodiment, if it is indicated that thing 400 touches the first gain line, then ultrasonic equipment 1000 can be with surpassing Audiograph picture shows the second gain line corresponding with the first display line on the first display unit 100 together.For example, ultrasonic wave is set Standby 1000 can be on ultrasonography or ultrasonography is displayed next to the second gain line.
According to exemplary embodiment, ultrasonic equipment 1000 can show second together with the depth axis of ultrasonography Gain line.For example, ultrasonic equipment 1000 can show the second gain line in the side of ultrasonography so that by the second gain The depth value that point on line is represented can be matched with the depth value in ultrasonography.Here, ultrasonic equipment 1000 can be The second gain line is shown on first display unit 100 so that the top point of the second gain line and the lowest depth of ultrasonography Value is matched, and the lowest point of the second gain line is matched with the highest depth value of ultrasonography.
According to exemplary embodiment, ultrasonic equipment 1000 can mark expression by indicant 400 in the second gain line The designator of the point in the first gain line touched.For example, if it is indicated that thing 400 is located at the first depth in the first gain line Value, then ultrasonic equipment 1000 can be to represent the position of the first depth value in the second gain line by indicator mark.
According to exemplary embodiment, if it is indicated that position of the thing 400 in the first gain line changes, then ultrasonic equipment 1000 can be according to the position of the change of indicant 400 come movement indicia in the second gain line designator.If for example, referred to Show that thing 400 is moved downwardly together with the first gain line, then ultrasonic equipment 1000 can also be moved down with the second gain line Designator.If it is indicated that touch location of the thing 400 in the first gain line is changed to new position, then ultrasonic equipment 1000 The point corresponding to new position in the second gain line can be determined, and designator can be moved to new position.
According to exemplary embodiment, ultrasonic equipment 1000 can be received for that will correspond to first via the first gain line First gain value sets of gain line change into the input of the second gain value sets.In this case, ultrasonic equipment 1000 The shape for the second gain line being shown on the first display unit 100 can be changed based on the second gain value sets.For example, such as Really the first gain line is changed into S curve from straight line, then from straight line the second gain line can be changed into S bent for ultrasonic equipment 1000 Line.
According to exemplary embodiment, at the end of the touch input of the first gain line is touched, ultrasonic equipment 1000 can be with Stop showing the second gain line.If for example, user by the finger of his/her first gain line of contact from the second display unit 200 take away, then ultrasonic equipment 1000 no longer may show the second gain line on the first display unit 100.
Hereinafter, reference picture 35A to 35F is described ultrasonic equipment 1000 be used for carried by multiple display units For the operation of multiple gain lines.
Figure 35 A to 35F are to show that ultrasonic equipment 1000 shows the figure of the example of gain line on touch-screen and main screen.
With reference to Figure 35 A, ultrasonic equipment 1000 can show ultrasonography 3500 on the first display unit 100, and And the multiple item controlleds related to ultrasonography 3500 can be shown on the second display unit 200.Here it is possible to Multiple item controlleds are shown respectively in one page 3510 and second page 3520.
Ultrasonic equipment 1000 can be shown on the second display unit 200 includes color inversion project, and M line projects are double The first page 3510 of real-time item, ADVR projects and alpha blended project.Here, ultrasonic equipment 1000 can receive use Family slides into first page 3510 the page changes gesture 3501 in the left side contacted with the second display unit 200.
With reference to Figure 35 B, in response to page changes gesture 3501, ultrasonic equipment 1000 can be in the second display unit 200 Upper display second page 3520, rather than first page 3510.The second page 3520 being shown on the second display unit 200 can With including the gain line 3502 of ultrasonography 3500 and first.First gain line 3502 can be used to be adjusted according to depth part The user interface of TGC values.
With reference to Figure 35 C, ultrasonic equipment 1000 can receive the first gain line for touching and being included in second page 3520 3502 gesture.Here, ultrasonic equipment 1000 can show corresponding with the first gain line 3502 on the first display unit 100 The second gain line 3504.Here, ultrasonic equipment 1000 can be with the ultrasonography that is shown on the first display unit 100 3500 depth axis shows the second gain line 3504 together.
With reference to Figure 35 D, ultrasonic equipment 1000 can be received for that will correspond to the by using the first gain line 3502 First gain value sets of one gain line 3502 change into the input of the second gain value sets.For example, ultrasonic equipment 1000 can To receive for the first gain line 3502 of curve shape to be changed into straight touch and input 3506 is dragged.In such case Under, it can change over and increase with the second of line correspondences with corresponding first gain value sets of the first gain line 3502 of curve shape Beneficial value set.
Ultrasonic equipment 1000 can be changed based on the second gain value sets of setting is shown in the first display unit 100 On the second gain line 3504 shape.For example, because the first gain line 3502 from shaped form changes into linear pattern, so ultrasonic Second gain line 3504 from shaped form can be changed into linear pattern by wave device 1000.
Ultrasonic equipment 1000 can be with mark indicators 3505, and it indicates that indicant 400 exists in the second gain line 3504 Position in first gain line 3502.For example, if it is indicated that thing 400 is located at the tenth depth value in the first gain line 3502, then Designator 3505 can be marked at the position for representing the tenth depth value by ultrasonic equipment 1000 in the second gain line.
With reference to Figure 35 E, ultrasonic equipment 1000 can receive user and slide into second page 3520 and second page There is no the page changes gesture 3507 on the right side for the point contact for showing the first gain line 3502 in 3520.
Here, because indicant 400 no longer touches the first gain line 3502, so ultrasonic equipment 1000 may no longer exist The second gain line 3504 (3508) is shown on first display unit 100.
With reference to Figure 35 F, in response to page changes gesture 3507, ultrasonic equipment 1000 can be in the second display unit 200 Upper display first page 3510, rather than second page 3520.
Figure 36 and 37 is the block diagram of the ultrasonic equipment 1000 according to exemplary embodiment.
Such as Figure 36, the first display unit 100 can be included according to the ultrasonic equipment 1000 of exemplary embodiment, second shows Show unit 200 and controller 1700.First display unit 100 and the second display unit 200 can be by wirelessly or non-wirelessly connecting Communicated with controller 1700.However, not all component shown in figure is all required element.Ultrasonic equipment 1000 can be wrapped Include those more or less components than Figure 36.
For example, as shown in figure 37, ultrasonic equipment for medical diagnosis 1000 can include probe 20, ultrasonic transmitter-receiver 1100, figure As processor 1200, communication module 1300, display 1400, memory 1500, input unit 1600 and controller 1700, sensing Device 1900, it can be connected to each other by bus 1800.
Ultrasonic equipment 1000 can be hand propelled equipment or portable set.The example of portable ultrasonic equipment can be with Including but not limited to image archiving and communication system (PACS) reader, smart phone, laptop computer, personal digital assistant And tablet PC (PDA).
20 are popped one's head in response to sending ultrasonic waves into object 10 by the drive signal that ultrasonic transmitter-receiver 1100 applies, and And receive the echo-signal reflected by object 10.Probe 20 includes multiple transducers, and multiple transducers are in response to electric signal Vibrate and produce acoustic energy, be i.e. ultrasonic wave.In addition, probe 20 can be by being wired or wirelessly connected to the master of ultrasonic equipment 1000 Body, and according to exemplary embodiment, ultrasonic equipment 1000 can include multiple probes 20.
Drive signal is supplied to probe 20 by emitter 1110.Emitter 110 includes impulse generator 1112, transmission delay Unit 1114 and pulser 1116.Impulse generator 1112 is produced for forming hair based on predetermined pulse recurrence frequency (PRF) The pulse of ultrasonic wave is sent, and sends delay cell 1114 pulse daley is determined to time delay needed for sender's tropism. Pulse through being delayed by corresponds respectively to the multiple piezoelectric vibrators being included in probe 20.Pulser 1116 is based on corresponding to The timing for each pulse being delayed by applies drive signal (or driving pulse) to probe 20.
Receiver 1120 produces ultrasound data by handling the echo-signal received from probe 20.Receiver 120 can So that including amplifier 1122, analog-digital converter (ADC) 1124 receives delay cell 1126 and sum unit 1128.Amplifier Echo-signal in the 1122 each passages of amplification, and ADC1124 performs analog-to-digital conversion to the echo-signal of amplification.Receive delay Unit 1126 asks the time delay needed for the digital echo signal delay determination receiving directivity exported as ADC 1124 With unit 1128 ultrasound data is generated by being summed to the echo-signal handled by reception delay cell 1126.Show at some In example property embodiment, receiver 1120 can not include amplifier 1122.In other words, if enhancing the sensitivity of probe 20 Or ADC 1124 handles the ability of position, then can omit amplifier 1122.
Ultrasound data that image processor 1200 is generated by scan transformation by ultrasonic transmitter-receiver 1100 and by number Handle ultrasound data to generate ultrasonography according to processor 1210.Ultrasonography can be not only by with amplitude (A) Pattern, brightness (B) pattern and the grayscale ultrasound ripple image for moving (M) Mode scans object and obtaining, and can be by many It is general to strangle the doppler image that effect shows the movement of object.Doppler image can be the flow Doppler figure for showing blood flow As (also referred to as color doppler image), the Doppler tissue imaging of tissue movement is represented, or be denoted as the object of waveform Translational speed spectral Doppler image.
B-mode processor 1212 extracts B-mode component from ultrasound data and handles B-mode component.Image composer 1220 can generate the ultrasonography that signal intensity is designated as to brightness based on the B-mode component 1212 of extraction.
Similarly, doppler processor 1214 can extract Doppler component, and image composer from ultrasound data 1220 can be generated based on the Doppler component extracted and regard the mobile instruction of object as color or the Dopplergram of waveform Picture.
According to exemplary embodiment, image composer 1220 can generate three by the volume drawing relative to volume data (3D) ultrasonography is tieed up, and elastic image can also be generated by the deformation due to imaging pressure object 10.In addition, figure As maker 1220 can show various additional informations by using text and figure in ultrasonography.In addition, being generated Ultrasonography can be stored in memory 1500.
Display 1400 shows generated ultrasonography.Display 1400 can not only show ultrasonography, also The various information handled by ultrasonic equipment 1000 can be shown on the screen image via graphic user interface (GUI).In addition, Ultrasonic equipment 1000 can include two or more displays 1400 according to exemplary embodiment.For example, ultrasonic wave is set Standby 1000 can include the first display unit 100 and the second display unit 200.Here, the first display unit 100 can be display The main screen of ultrasonography.Second display unit 200 can be the control screen for showing multiple item controlleds.Join above Examine Fig. 1 and describe the first display unit 100 and the second display unit 200, therefore omit its detailed description.
Communication module 1300 is by being wired or wirelessly connected to network 30 to be communicated with external device (ED) or server 32. For example, communication module 1300 by being wired or wirelessly connected to network 30 to be exchanged with medical supply 34 or portable terminal 36 Data.
Communication module 1300 can exchange data with another Medical Devices in hospital server or hospital, the Medical Devices It is connected thereto via PACS.In addition, communication module 1300 can perform number according to digital imaging and communications in medicine (DICOM) standard According to communication.
Communication module 1300 can send or receive the data relevant with the diagnosis of object 10, such as object via network 30 10 ultrasonography, ultrasound data and doppler data, and can also send or receive by another Medical Devices (for example Computer tomography (CT) equipment, magnetic resonance imaging (MRI) equipment or X-ray equipment) capture medical image.In addition, logical Letter module 1300 can receive the diagnostic history on patient or the information of medical treatment timetable from server 32, and utilize institute The information of reception diagnoses patient.In addition, communication module 1300 can be carried out not only with the server in hospital or Medical Devices Data communication, but also row data communication can be entered with the portable terminal of doctor or patient.
Communication module 1300 can include being used for the one or more assemblies with external device communication.For example, communication module 1300 can include local area communication module 1310, wire communication module 1320 and mobile communication module 1330.
Local area communication module 1310 is with reference to the module for being used to carry out local communication in preset distance.Implemented according to exemplary The example of the local communication technology of example can include but is not limited to WLAN, Wi-Fi, bluetooth, ZigBee, Wi-Fi direct (WFD), ultra wide band (UWB), Infrared Data Association (IrDA), bluetooth low energy (BLE) and near-field communication (NFC).
Wire communication module 1320 refers to the module communicated using electric signal or optical signal.According to exemplary embodiment The example of cable communicating technology can include via twisted-pair cable, coaxial cable, fiber optic cables and Ethernet cable it is logical Letter.
Mobile communication module 1330 to or from base station on mobile communications network, selected in exterior terminal and server to Few one sends or receives wireless signal.Wireless signal can be voice-call-signaling, video call signal or for text/many The various types of data sent and received of media information.
Memory 1500 stores the various data handled by ultrasonic equipment 1000.For example, memory 1500 can be stored The medical data related to the diagnosis of object, such as ultrasound data and the ultrasonography of input or output, and can be with Store the algorithm to be performed in ultrasonic equipment 1000 or program.Memory 1500 can be stored for adjustment and ultrasonogram As multiple item controlleds of relevant parameter, the information of the user interface on being connected respectively to multiple item controlleds, on pre- If the information (for example, default TGC or default LGC) of yield value, on information of gesture for being matched with specific function etc..
Memory 1500 can be any of various storage mediums, such as flash memory, hard disk drive, EEPROM Deng.In addition, ultrasonic equipment 1000 can perform the cloud service of the store function of memory 1500 using web memories or online Device.
Input unit 1600 refers to that user inputs the device of the data for controlling ultrasonic equipment 1000.Input unit 1600 can include such as keyboard, mouse, touch pad, the nextport hardware component NextPort of touch-screen and point driving switch.However, embodiment is not limited to This, and input unit 1600 can also include any one in various other input blocks, including electrocardiogram (ECG) measurement mould Block, respiration measurement module, voice recognition sensor, gesture identification sensor, fingerprint Identification sensor, iris recognition sensor, Depth transducer, range sensor etc..According to exemplary embodiment, input unit 1600 can include showing multiple item controlleds The second display unit 200.
Controller 1700 can control all operations of ultrasonic equipment 1000.In other words, controller 1700 can be controlled System probe 20, ultrasonic transmitter-receiver 1100, image processor 1200, communication module 1400, display unit 1300, memory 1500 With the operation of input unit 1600.
Probe 20, ultrasonic transmitter-receiver 1100, image processor 1200, communication module 1300, display 1400, memory 1500, all or some in input unit 1600 and controller 1700 may be implemented as software module.Ultrasonic wave sends/connect At least one received in unit 1100, image processor 1200 and communication module 1300 can be included in controller 1700；So And, idea of the invention not limited to this.
Controller 1700 can be based on position of the indicant 400 on the second display unit 200 come from multiple item controlleds Middle at least one item controlled of determination.For example, controller 1700 can determine what is shown in the preset distance away from indicant 400 At least one item controlled.In addition, ultrasonic equipment 1700 can be by more on the second display unit 200 from being shown in The menu group corresponding with the position of indicant 400 is selected to determine at least one item controlled in individual menu group.
Controller 1700 can control the first display unit 100 to show at least one identified item controlled and instruction The designator and ultrasonography of the position of indicant 400.For example, controller 1700 can by indicator mark at this at least On one item controlled.
Because position of the indicant 400 on the second display unit 200 changes, so controller 1700 can change instruction Accord with the position marked on the first display unit 100.
The designator of at least one item controlled and the position for representing indicant 400 can be shown as covering by controller 1700 Cover and be shown on the ultrasonography of the first display unit 100.Here, controller 1700 can be based on predefined transparency Information determines the transparency of at least one item controlled shown on ultrasonography.Controller 1700 can according to really The designator of at least one item controlled and the position for representing indicant 400 is shown as in ultrasonography by fixed transparency It is upper transparent.
Controller 1700 can show ultrasonography on the first area of the first display unit 100, and can be Display includes at least one item controlled of designator on the second area of first display unit 100.
Controller 1700 can be received via the second display unit 200 for selecting a control from multiple item controlleds First input of project.For selecting the first input of item controlled to can be differently configured from second of the position for changing designator Input.Controller 1700 can show window corresponding with selected item controlled on the first display unit 100.
Controller 1700 can touch the position of the second display unit 200 based on indicant 400, from being shown in the second display The first item controlled is selected in multiple item controlleds on unit 200.Controller 1700 can be determined and in the second display unit The different second display format of the first display format of the first item controlled is shown on 200, and the first display list can be controlled Member 100 shows the first item controlled with second display format.According to exemplary embodiment, when being compared with the first display format, Second display format can be simplified.
The sensing indicant 400 of controller 1700 touches the first control item destination locations shown with the first display format, and And can will represent indicant 400 position indicator mark on the first item controlled shown with second display format.
Controller 1700 can be according to indicant 400 on the first item controlled shown with the first display format position Change move the designator on the first item controlled shown with second display format.
Controller 1700 may be received in the dragging input dragged on the first item controlled shown with the first display format, And the position of the designator on the first item controlled shown with second display format can be changed according to dragging input.
If sensing the touch of the first item controlled shown on the second display unit 200 with the first display format, Then controller 1700 with second display format can show the first item controlled on the first display unit 200, be maintained at simultaneously First display format of the first item controlled on second display unit 200.
Controller 1700 will can be shown as being covered in the first display unit with the first item controlled of second display format On 100 ultrasonography.Alternately, controller 1700 can show super on the first area of the first display unit 100 Audiograph picture, and first item controlled can be shown with second display format on the second area of the first display unit 100. Here, first area and second area can be with different from each other.
Controller 1700 can touch the position of the second display unit 200 to control the first display list based on indicant 400 Member 100 with show by connection with multiple slider bars adjust gain line formed by the corresponding yield value in position of button with And ultrasonography.
Mark represents to exist with indicant 400 in the gain line that controller 1700 can be shown on the first display unit 100 The designator of the corresponding depth part in position on first area.
When the position of indicant 400 in the first region changes, controller 1700 can be moved to be marked in gain line Designator.
Controller 1700 can be received for moving in the adjustment button on multiple slider bars via the second display unit 200 The input of at least one.The position that controller 1700 can adjust button based at least one is shown in the first display to change The shape of gain line on unit 100.
Controller 1700 can the species based on the touch gestures of the indicant 400 sensed via the second display unit 200 To determine input pattern.Here, input pattern can include being used to from the depth part of ultrasonography select a depth Partial depth selection mode and the gain change pattern for changing yield value, but not limited to this.
When the touch gestures of indicant 400 are single finger gestures, controller 1700 can determine depth selection mode For input pattern, and gain change pattern can be defined as when the touch gestures of indicant 400 are multi-finger gestures defeated Enter pattern.
For example, controller 1700 can be in response to contiguously dragging the first of a finger up or down with first area Drag gesture, the first depth part is moved to by the designator being marked in gain line.In addition, controller 1700 can be in response to The second drag gesture for dragging at least two fingers in left-right direction while at least two fingers are contacted with first area comes Adjust the yield value in the first depth part.Controller 1700 can be changed based on the yield value of adjustment is shown in the first display The shape of gain line on unit 100.
Controller 1700 can be received via the second display unit 200 for selecting one from multiple preset gain value sets The input of individual preset gain value set.According to the preset gain value set of selection, controller 1700 can move multiple slider bars On adjustment button at least one adjustment button.Controller 1700 can be shown on the first display unit 100 with it is selected The corresponding gain line of preset gain value selected.
Based on the touch input that the first gain line on the second display unit is shown in for touching, controller 1700 can be with The first display unit 100 is controlled to show the second gain line corresponding with the first gain line and ultrasonography.Here, first increases Beneficial line and the second gain line can be the lines by connecting yield value corresponding with the depth part of ultrasonography and obtaining.
Controller 1700 can control the first display unit 100 to show ultrasonography on the first region, and The second gain line is shown on the second area of one display unit 100.
Controller 1700 can mark the designator for representing the touch location in the first gain line in the second gain line.When When touch location in first gain line changes, the designator that controller 1700 can be with movement indicia in the second gain line.
Controller 1700 can receive for via the first gain line by corresponding to the first yield value collection of the first gain line Close the input for changing into the second gain value sets.Controller 1700 can change display based on the second gain value sets of setting The shape of the second gain line on the first display unit 100.
At the end of the touch input of the first gain line is touched, controller 1700 can stop showing the second gain line.
Sensor 1900 can include being used to sense the indicant 400 and/or indicant being located on the second display unit 200 At least one sensor of 400 position.At least one sensor can include touch sensor, pressure sensor, close to biography Sensor, imaging sensor (such as camera), depth transducer (such as depth camera) and infrared ray sensor (such as infrared ray phase Machine) at least one, but not limited to this.
One or more exemplary embodiments may be implemented as the computer-readable code in computer-readable medium.Meter Calculation machine readable medium recording program performing can include programmed instruction, local data file, local data structure or its combination.It is computer-readable Recording medium can be specific for exemplary embodiment.Computer readable recording medium storing program for performing includes storage mechanized data All types of recordable medias.The example of computer readable recording medium storing program for performing includes magnetizing mediums, such as hard disk, floppy disk and magnetic Band, such as optical medium, CD-ROM and DVD, such as magnet-optical medium, optical disc, and hardware memory, such as ROM, RAM And flash memory, it is particularly configured to storage and execute program instructions.In addition, computer readable recording medium storing program for performing can be with such as The form of light, line or the transmission medium of waveguide is realized, to send the signal of instruction program instruction, local data structure etc..Journey The example of sequence instruction includes the machine code generated by compiler and the high-level language performed by the computer using interpreter etc..
It should be appreciated that exemplary embodiment described herein should be considered only in descriptive sense, rather than in order to limit The purpose of system.In other exemplary embodiments, the description of feature or aspect in each exemplary embodiment is typically considered to Available for other similar characteristics or aspect.
Although describing one or more exemplary embodiments by reference to accompanying drawing, those of ordinary skill in the art will It will be appreciated that in the case where not departing from the spirit and scope being defined by the claims, can carry out in form and details each Plant and change.

Claims (15)

1. a kind of ultrasonic equipment, including：
It is configured to show the first display of ultrasonography；
Control panel, including it is different from the first display and be configured to the display multiple controls related with the ultrasonography The second display of project processed；And
Controller, the position for the input tool being configured on the second display is from the multiple item controlled Select at least one item controlled, and control first display shown together with the ultrasonography it is selected extremely A few item controlled and the designator for the position for representing the input tool.
2. ultrasonic equipment according to claim 1, in addition at least one sensor, it is configured to sensing positioned at described The position of input tool on second display.
3. ultrasonic equipment according to claim 2, wherein, at least one described sensor is included from touch sensor, At least one selected in pressure sensor, proximity transducer, imaging sensor, depth transducer and infrared ray sensor.
4. ultrasonic equipment according to claim 1, wherein, the controller is additionally configured to based at least one described control Whether project processed shows to select at least one described item controlled in the preset distance of the position apart from the input tool.
5. ultrasonic equipment according to claim 1, wherein, the controller is additionally configured to by from being shown in described The menu group corresponding with the position of input tool is selected to select described at least one in multiple menu groups on two display units Individual item controlled.
6. ultrasonic equipment according to claim 1, wherein, the controller is additionally configured at least one described control Display indicator in project.
7. ultrasonic equipment according to claim 1, wherein, the controller is additionally configured in response to positioned at the second display Input tool position on device changes and changed the position of the designator shown on first display.
8. ultrasonic equipment according to claim 1, wherein, the ultrasonography is included via the real-time of probe acquisition Ultrasonography.
9. ultrasonic equipment according to claim 1, wherein, first display is additionally configured at least one described in display The designator of the position of individual item controlled and expression input tool so that at least one control shown by first display Project and designator cover the ultrasonography.
10. ultrasonic equipment according to claim 9, wherein, the controller is additionally configured to based on predefined transparent Degree information is come the transparency of at least one item controlled described in determining to show on the ultrasonography.
11. ultrasonic equipment according to claim 1, wherein, the controller is additionally configured in first display First area on show the ultrasonography, and on the second area of first display at least one described in display Individual item controlled and designator.
12. ultrasonic equipment according to claim 1, wherein, the controller is additionally configured to via the described second display Device receives the first input for selecting an item controlled from least one described item controlled, and for selecting control First input of project is different from the second input for being used to change the position of designator.
13. ultrasonic equipment according to claim 12, wherein, the controller is additionally configured to single in the described first display Window corresponding with selected item controlled is shown in member.
14. ultrasonic equipment according to claim 1, wherein, the controller is additionally configured in the second display Presumptive area on be shown in the ultrasonography shown on first display.
15. a kind of method that information is provided via ultrasonic equipment, methods described includes：
Ultrasonography is shown on the first display；
The multiple item controlleds related to the ultrasonography are shown on the second display being included in control panel；
Position based on the input tool on the second display selects at least one from the multiple item controlled Item controlled；And
At least one selected item controlled and expression are shown together with the ultrasonography on first display The designator of the position of input tool.
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