CN107909632A - A kind of method and apparatus by display interface Image Adjusting for final image - Google Patents
A kind of method and apparatus by display interface Image Adjusting for final image Download PDFInfo
- Publication number
- CN107909632A CN107909632A CN201711278548.2A CN201711278548A CN107909632A CN 107909632 A CN107909632 A CN 107909632A CN 201711278548 A CN201711278548 A CN 201711278548A CN 107909632 A CN107909632 A CN 107909632A
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- Prior art keywords
- subregion
- image
- image frame
- display interface
- subregions
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Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T11/00—2D [Two Dimensional] image generation
- G06T11/60—Editing figures and text; Combining figures or text
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T7/00—Image analysis
- G06T7/10—Segmentation; Edge detection
- G06T7/11—Region-based segmentation
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T2207/00—Indexing scheme for image analysis or image enhancement
- G06T2207/10—Image acquisition modality
- G06T2207/10132—Ultrasound image
Abstract
The present invention provides a kind of method by display interface Image Adjusting for final image, comprises the following steps：Display interface image is received, the display interface image includes the subregion of some non-overlapping copies, and one in some subregions is used to show that ultrasound scan images, remaining subregion are used for display attribute information；The first subregion for being used for showing ultrasound scan images, and some the second subregions for display attribute information are obtained from the display interface image；The first subregion of Serial regulation copies the first subregion into pre-set image frame, the pre-set image frame is the blank image with the final image with size to the permitted full-size of pre-set image frame；Some second subregions are copied into the white space into the pre-set image frame, the pre-set image frame is saved as into final image.So that the area of the first subregion is maximum, clarity is improved.
Description
Technical field
The present invention relates to technical field of medical equipment, more particularly to a kind of it will show boundary for ultrasonic diagnosis equipment for medical purpose
Face Image Adjusting is the method and apparatus of final image.
Background technology
In practice, after ultrasonic diagnosis equipment for medical purpose carries out ultrasonic scanning to patient, it can on a display screen show and be adopted
The ultrasound scan images and its attribute information of collection（For example, some measurement items and in this scanning corresponding to each measurement item
Measured value；In this time scanning, parameter of all parts of ultrasonic diagnosis equipment for medical purpose etc.）, it is to be understood that the ultrasound is swept
Tracing picture and attribute information can all occupy rectangular display area, and these display area non-overlapping copies；Afterwards, it is possible to
The display interface image of preservation display screen is needed, so that final image is obtained, since the attribute information occupies part viewing area
Domain so that ultrasound scan images image-region occupied in final image is smaller, causes the clarity of ultrasound scan images
It is low, influence later use.
Therefore, a kind of method for the clarity that ultrasound scan images are improved in final image is designed, just becomes one urgently
Problem to be solved.
The content of the invention
It is an object of the invention to provide it is a kind of for ultrasonic diagnosis equipment for medical purpose by display interface Image Adjusting for most
The method and apparatus of whole image.
In order to realize the foregoing invention first purpose, an embodiment of the present invention provides a kind of by display interface Image Adjusting
For the method for final image, comprise the following steps：Receive display interface image, the display interface image include it is some mutually not
Overlapping subregion, one in some subregions is used to showing that ultrasound scan images, remaining subregion are used to show and belongs to
Property information；Obtained from the display interface image and be used to show the first subregion of ultrasound scan images, and some be used for
Second subregion of display attribute information；The first subregion of Serial regulation is to the permitted maximum ruler of the pre-set image frame
It is very little, the first subregion is copied into pre-set image frame, the pre-set image frame is the sky with the final image with size
White image；Some second subregions are copied into the white space into the pre-set image frame, by the pre-set image frame
Frame saves as final image.
Further as an embodiment of the present invention is improved, described that the pre-set image frame is saved as final figure
Picture, including：Adjust instruction is received, makees corresponding adjustment to corresponding subregion according to the adjust instruction, by the default figure
Picture frame saves as final image.
Further as an embodiment of the present invention is improved, described that the pre-set image frame is saved as final figure
Picture, including：Adjust instruction is received, makees the adjustment of size and/or position to corresponding subregion according to the adjust instruction, by institute
State pre-set image frame and save as final image.
Further as an embodiment of the present invention is improved, described to copy some second subregions into described pre-
If the white space of picture frame, including：The horizontal size of the first subregion after Serial regulation is determined is less than described default
During the horizontal size of picture frame, the first subregion after Serial regulation is moved to the horizontal direction of the pre-set image frame
Side, some second subregions are copied to the white space of the opposite side into the pre-set image frame.
Further as an embodiment of the present invention is improved, described to copy some second subregions into described pre-
If the white space of picture frame, including：The vertical dimension of the first subregion after Serial regulation is determined is less than described default
During the vertical dimension of picture frame, the first subregion after Serial regulation is moved to the vertical direction of the pre-set image frame
Side, some second subregions are copied to the white space of the opposite side into the pre-set image frame.
Further as an embodiment of the present invention is improved, first subregion of Serial regulation to the pre-set image
The permitted full-size of frame, including：Obtain between the horizontal size of the first subregion and the pre-set image frame
The second ratio between one ratio, vertical size, the smaller value obtained in the first ratio and the second ratio is the 3rd ratio, by the
One subregion carries out Serial regulation according to the 3rd ratio.
Further as an embodiment of the present invention is improved, described to copy some second subregions into described pre-
If the white space of picture frame, including：The size of some second subregions is adjusted, and some second after adjustment are sub
Region copies the white space into the pre-set image frame.
Further as an embodiment of the present invention is improved, described to copy some second subregions into described pre-
If the white space of picture frame, including：The size of some second subregions described in Serial regulation, and by some after adjustment
Two subregions copy the white space into the pre-set image frame.
An embodiment of the present invention provides a kind of device by display interface Image Adjusting for final image, including following
Module：
Image receiver module, for receiving display interface image, the display interface image includes the son of some non-overlapping copies
Region, one in some subregions is used to show that ultrasound scan images, remaining subregion are used for display attribute information；
Image segmentation module, for obtaining the first sub-district for being used for showing ultrasound scan images from the display interface image
Domain, and some the second subregions for display attribute information；
First processing module, will for the first subregion of Serial regulation to the permitted full-size of pre-set image frame
First subregion is copied into pre-set image frame, and the pre-set image frame is the blank sheet with the final image with size
Picture；
Second processing module, will for some second subregions to be copied the white space into the pre-set image frame
The pre-set image frame saves as final image.
An embodiment of the present invention provides a kind of ultrasonic diagnosis equipment for medical purpose, is provided with above-mentioned by display interface image
It is adjusted to the device of final image.
Relative to the prior art, the technical effects of the invention are that：The embodiment of the present invention provided by display interface figure
Display interface image can be split the first subregion for showing ultrasound scan images by the method as being adjusted to final image, with
And some the second subregions for display attribute information, and in final image, the first subregion is adjusted to maximum, so that
So that in final image, ultrasound scan images have very high resolution ratio.
Brief description of the drawings
Fig. 1 is to illustrate display interface Image Adjusting for the flow of the method for final image in the embodiment of the present invention one
Figure；
Fig. 2 is the display interface image in the embodiment of the present invention one；
Fig. 3 is the final image in the embodiment of the present invention one.
Embodiment
Below with reference to each embodiment shown in the drawings, the present invention will be described in detail.But these embodiments are not
The limitation present invention, structure that those of ordinary skill in the art are made according to these embodiments, method or change functionally
Change and be all contained in protection scope of the present invention.
In the present invention, can be by ultrasonic diagnosis equipment for medical purpose come to perform this by display interface Image Adjusting be final image
Method, it is possibility to have other electronic equipments come perform by display interface Image Adjusting be final image method（For example, calculate
Machine etc.）.For example, save button can be provided with ultrasonic diagnosis equipment for medical purpose, and when user clicks the save button, doctor
Carried out with the control system in ultrasonic diagnostic equipment described by method that display interface Image Adjusting is final image；This
In, user can be required by dimension information that final image is inputted before save button etc..
The embodiment of the present invention one provides a kind of method by display interface Image Adjusting for final image, as shown in Figure 1,
Comprise the following steps：
Step 101：Display interface image is received, the display interface image includes the subregion of some non-overlapping copies, described
One in some subregions is used to show that ultrasound scan images, remaining subregion are used for display attribute information；Fig. 2 is aobvious for one
Show the schematic diagram of interface image, which includes five sub-regions：Title bar subregion, measurement item subregion,
Ultrasound scan images subregion, status bar subregion and parameter information subregion, wherein, ultrasound scan images subregion is used to show
Show ultrasound scan images, title bar subregion, measurement item subregion, status bar subregion and parameter information subregion are used to show
Attribute information（Such as：The attribute informations such as title, measurement item, state and parameter）.Since the display interface image is on display screen
Shown image, the relevant information on the image is read for the ease of doctor, and some subregions in the image do not weigh mutually
It is folded（If there are overlapping phenomenon between subregion, certain sub-regions is possible to be covered by other subregions, so as to hinder doctor
Read shown information out on the subregion）.Here, some subregions are rectangular.
Step 102：The first subregion for being used for showing ultrasound scan images is obtained from the display interface image, and
Some the second subregions for display attribute information；
Here, it is necessary first to some subregions are extracted from display interface image, then which matches from some subregions
It is the first subregion, which is the second subregion.
During some subregions are extracted from display interface image, image segmentation algorithm can be used（For example,
Threshold segmentation, pixel segmentation, Range Image Segmentation, color images, edge detection and based on fuzzy set scheduling algorithm）Will display
Interface image is divided into some subregions.And in practice, on the display screen of ultrasonic diagnosis equipment for medical purpose, for the ease of user
Different subregions is distinguished, the color value between usually adjacent subregion is different, therefore, can split based on color value aobvious
Show interface image, i.e. the identical adjacent area of color value belongs to same sub-regions；Or due to adjacent subarea domain color not
Together, therefore in their intersection the narrow zone of a color change can be formed, therefore, can be divided using the narrow zone
Cut display interface image.
It is the first subregion which is matched from some subregions, during which is the second subregion, having can
It can be partitioned into some blank subregions（The subregion of any information is not contained）, it is necessary to these subregions are filtered out,
For example, in fig. 2, when display interface image is split, the first blank subregion 1,2 and of the second blank subregion can be partitioned into
The subregions such as measurement item subregion, because not containing word in the first blank subregion 1 and the second blank subregion 2（For example, can
To judge whether each sub-regions include word etc. using pattern-recognition）, therefore, it is necessary to by first, second blank sub-district
Domain is filtered out.And in practice, ultrasound scan images are usually black, comprising some sector regions, in the sector region
Include the point of other some colors（For example, white or transparent color etc.）, therefore, these features can be utilized from some sub-districts
In domain that the first subregion is next to matching, then remaining subregion is just the second subregion（Quantity can be one or more
It is a）.
Step 103：The first subregion of Serial regulation is to the permitted full-size of pre-set image frame, by the first son
Region is copied into pre-set image frame, and the pre-set image frame is the blank image with the final image with size；Can be with
Understand, the size of pre-set image frame is generally different with the size of the first subregion, and therefore, it is necessary to of Serial regulation first
The size in region；Pair in step 103, the first subregion can be adjusted to the permitted full-size of pre-set image frame, i.e.,
,, will necessarily when copying the first subregion into pre-set image frame if expanded again for the first subregion after adjustment
Some is not at the pre-set image frame.Here, after the processing Jing Guo step 103 so that the first subregion（I.e.
Ultrasound scan images）Occupied region is maximum in final image, then can necessarily improve the clarity of ultrasound scan images,
Easy to later use.
Here, the first subregion of Serial regulation is linear expansion or the first subregion of linear narrowing, after having adjusted,
The shape of first subregion remains unchanged, so as to prevent ultrasound scan images distortion.
Step 104：Some second subregions are copied into the white space into the pre-set image frame, will be described pre-
If picture frame saves as final image.Here, useful information is also all contained in some second subregions, therefore, it is necessary to
Also preserve；At step 104, some second subregions are copied to white space, so that ultrasound scan images are not covered as far as possible,
Easy to later use.
Preferably, it is described that the pre-set image frame is saved as into final image, including：Adjust instruction is received, according to institute
State adjust instruction and make corresponding adjustment to corresponding subregion, the pre-set image frame is saved as into final image.Sometimes,
Doctor can be unsatisfied with the parameters such as the content on some subregions, color, then can make corresponding adjustment.
Preferably, it is described that the pre-set image frame is saved as into final image, including：Adjust instruction is received, according to institute
The adjustment that adjust instruction makees corresponding subregion size and/or position is stated, the pre-set image frame is saved as into final figure
Picture.
After execution of step 101-104, it is possible to some subregions situation overlapping with other subregions, example occur
Such as, as shown in figure 3, title bar subregion and status bar subregion respectively with ultrasound scan images subregion（That is the first subregion）
It is overlapping, and ultrasound scan images subregion is covered, therefore, should also size be carried out to title bar subregion and status bar subregion
And/or the adjustment of position；Such as：The horizontal size of column subregion and status bar subregion will be inscribed to diminution etc..
Preferably, it is described that some second subregions are copied into the white space into the pre-set image frame, including：
, will be linear when the horizontal size of the first subregion after determining Serial regulation is less than the horizontal size of the pre-set image frame
The first subregion after adjustment is moved to the side of the horizontal direction of the pre-set image frame, by some second subregions
Copy the white space of the opposite side into the pre-set image frame.Here, the first subregion after Serial regulation is moved to
During the side of the horizontal direction of pre-set image frame, then the area of the white space of opposite side will necessarily increase, so as to be conducive to
Place some second subregions.For example, in figure 3, by the first subregion（That is ultrasound scan images subregion）It is positioned over default
The left side of picture frame, then the area of the white space on right side can be maximum, is conducive to place some second subregions.
Preferably, it is described that some second subregions are copied into the white space into the pre-set image frame, including：
, will be linear when the vertical dimension of the first subregion after determining Serial regulation is less than the vertical dimension of the pre-set image frame
The first subregion after adjustment is moved to the side of the vertical direction of the pre-set image frame, by some second subregions
Copy the white space of the opposite side into the pre-set image frame.Here, the first subregion after Serial regulation is moved to
During the side of the vertical direction of pre-set image frame, then the area of the white space of opposite side will necessarily increase, so as to be conducive to
Place some second subregions.
Preferably, first subregion of Serial regulation is to the permitted full-size of pre-set image frame, including：
Obtain the first ratio between the horizontal size of the first subregion and the pre-set image frame, the second ratio between vertical size
Value, the smaller value obtained in the first ratio and the second ratio is the 3rd ratio, by the first subregion according to the 3rd ratio into line
Property adjustment.Here, the 3rd ratio is the smaller value in the first ratio and the second ratio, therefore, by the first subregion according to the 3rd
Ratio carries out Serial regulation, i.e., is the permitted full-size of pre-set image frame by the first subregion Serial regulation, and
And first subregion can all be positioned in the pre-set image frame.
Preferably, it is described that some second subregions are copied into the white space into the pre-set image frame, including：
The size of some second subregions is adjusted, and some second subregions after adjustment are copied into the pre-set image frame
White space.Here, sometimes, the area of white space is possible to smaller, and therefore, it is necessary to adjust some second sons
The size in region so that some second subregions are not overlapping between each other.In general, the word in the second subregion is important
, therefore when adjusting the size of the second subregion, the part not comprising word can be removed.
Preferably, it is described that some second subregions are copied into the white space into the pre-set image frame, including：
The size of some second subregions described in Serial regulation, and some second subregions after adjustment are copied into the pre-set image
The white space of frame.Here, sometimes, the area of white space is possible to smaller, if therefore, it is necessary to described in Serial regulation
The size of dry second subregion so that some second subregions are not overlapping between each other.
The embodiment of the present invention additionally provides a kind of device by display interface Image Adjusting for final image, including with lower die
Block：
Image receiver module, for receiving display interface image, the display interface image includes the son of some non-overlapping copies
Region, one in some subregions is used to show that ultrasound scan images, remaining subregion are used for display attribute information；
Image segmentation module, for obtaining the first sub-district for being used for showing ultrasound scan images from the display interface image
Domain, and some the second subregions for display attribute information；
First processing module, will for the first subregion of Serial regulation to the permitted full-size of pre-set image frame
First subregion is copied into pre-set image frame, and the pre-set image frame is the blank sheet with the final image with size
Picture；
Second processing module, will for some second subregions to be copied the white space into the pre-set image frame
The pre-set image frame saves as final image.
The embodiment of the present invention two provides a kind of ultrasonic diagnosis equipment for medical purpose, which is provided with implementation
The device by display interface Image Adjusting for final image in example one.
It should be appreciated that although the present specification is described in terms of embodiments, not each embodiment only includes one
A independent technical solution, this narrating mode of specification is only that those skilled in the art will should say for clarity
For bright book as an entirety, the technical solution in each embodiment may also be suitably combined to form those skilled in the art can
With the other embodiment of understanding.
Those listed above is a series of to be described in detail only for feasibility embodiment of the invention specifically
Bright, they simultaneously are not used to limit the scope of the invention, all equivalent implementations made without departing from skill spirit of the present invention
Or change should all be included in the protection scope of the present invention.
Claims (10)
- A kind of 1. method by display interface Image Adjusting for final image, it is characterised in that comprise the following steps：Display interface image is received, the display interface image includes the subregion of some non-overlapping copies, some sub-districts One in domain is used to show that ultrasound scan images, remaining subregion are used for display attribute information；The first subregion for being used for showing ultrasound scan images is obtained from the display interface image, and it is some for showing Second subregion of attribute information；The first subregion of Serial regulation copies the first subregion into pre- to the permitted full-size of pre-set image frame If picture frame, the pre-set image frame is the blank image with the final image with size；Some second subregions are copied into the white space into the pre-set image frame, the pre-set image frame is protected Save as final image.
- 2. the method according to claim 1 by display interface Image Adjusting for final image, it is characterised in that described to incite somebody to action The pre-set image frame saves as final image, including：Adjust instruction is received, according to the adjust instruction to corresponding sub-district Corresponding adjustment is made in domain, and the pre-set image frame is saved as final image.
- 3. the method according to claim 1 by display interface Image Adjusting for final image, it is characterised in that described to incite somebody to action The pre-set image frame saves as final image, including：Adjust instruction is received, according to the adjust instruction to corresponding sub-district The adjustment of size and/or position is made in domain, and the pre-set image frame is saved as final image.
- 4. the method according to claim 1 by display interface Image Adjusting for final image, it is characterised in that described to incite somebody to action Some second subregions copy the white space into the pre-set image frame, including：, will when the horizontal size of the first subregion after determining Serial regulation is less than the horizontal size of the pre-set image frame The first subregion after Serial regulation is moved to the side of the horizontal direction of the pre-set image frame, by some second sons Region copies the white space of the opposite side into the pre-set image frame.
- 5. the method according to claim 1 by display interface Image Adjusting for final image, it is characterised in that described to incite somebody to action Some second subregions copy the white space into the pre-set image frame, including：, will when the vertical dimension of the first subregion after determining Serial regulation is less than the vertical dimension of the pre-set image frame The first subregion after Serial regulation is moved to the side of the vertical direction of the pre-set image frame, by some second sons Region copies the white space of the opposite side into the pre-set image frame.
- 6. the method according to claim 1 by display interface Image Adjusting for final image, it is characterised in that the line Property adjustment the first subregion to the permitted full-size of pre-set image frame, including：Obtain the first ratio between the horizontal size of the first subregion and the pre-set image frame, between vertical size Two ratios, the smaller value obtained in the first ratio and the second ratio is the 3rd ratio, by the first subregion according to the 3rd ratio into Row Serial regulation.
- 7. the method by display interface Image Adjusting for final image according to right will go 1, it is characterised in that described to incite somebody to action Some second subregions copy the white space into the pre-set image frame, including：The size of some second subregions is adjusted, and some second subregions after adjustment are copied into the pre-set image The white space of frame.
- 8. the method by display interface Image Adjusting for final image according to right will go 1, it is characterised in that described to incite somebody to action Some second subregions copy the white space into the pre-set image frame, including：The size of some second subregions described in Serial regulation, and some second subregions after adjustment are copied into described default The white space of picture frame.
- 9. a kind of device by display interface Image Adjusting for final image, it is characterised in that including with lower module：Image receiver module, for receiving display interface image, the display interface image includes the son of some non-overlapping copies Region, one in some subregions is used to show that ultrasound scan images, remaining subregion are used for display attribute information；Image segmentation module, for obtaining the first sub-district for being used for showing ultrasound scan images from the display interface image Domain, and some the second subregions for display attribute information；First processing module, will for the first subregion of Serial regulation to the permitted full-size of pre-set image frame First subregion is copied into pre-set image frame, and the pre-set image frame is the blank sheet with the final image with size Picture；Second processing module, will for some second subregions to be copied the white space into the pre-set image frame The pre-set image frame saves as final image.
- A kind of 10. ultrasonic diagnosis equipment for medical purpose, it is characterised in that be provided with described in claim 9 by display interface image tune The whole device for final image.
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| CN201711278548.2A CN107909632A (en) | 2017-12-06 | 2017-12-06 | A kind of method and apparatus by display interface Image Adjusting for final image |
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