CN106887027A - A kind of methods, devices and systems of ultrasonic sampled-data processing - Google Patents
A kind of methods, devices and systems of ultrasonic sampled-data processing Download PDFInfo
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- CN106887027A CN106887027A CN201710147410.2A CN201710147410A CN106887027A CN 106887027 A CN106887027 A CN 106887027A CN 201710147410 A CN201710147410 A CN 201710147410A CN 106887027 A CN106887027 A CN 106887027A
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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
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B8/00—Diagnosis using ultrasonic, sonic or infrasonic waves
- A61B8/52—Devices using data or image processing specially adapted for diagnosis using ultrasonic, sonic or infrasonic waves
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T5/00—Image enhancement or restoration
- G06T5/50—Image enhancement or restoration by the use of more than one image, e.g. averaging, subtraction
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- 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
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- 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
- G06T2207/20—Special algorithmic details
- G06T2207/20212—Image combination
- G06T2207/20221—Image fusion; Image merging
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- 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
- G06T2207/30—Subject of image; Context of image processing
- G06T2207/30004—Biomedical image processing
Abstract
This application provides a kind of method of ultrasonic sampled-data processing, including：Ultrasonic sampled data is obtained, the ultrasonic sampled data is that the data that sampling is obtained are scanned to patient；Obtain at least two imaging control parameters collection；According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing, at least two ultrasonoscopys, each ultrasonoscopy one imaging control parameters collection of correspondence are formed.Using the method, default multiple imaging control parameters collection, one group of ultrasonic sampled data that the plurality of imaging control parameters collection is obtained by the parallel processing single pass, obtain corresponding multigroup ultrasonoscopy, the ultrasonic sampled data of single pass acquisition need to only be carried out, the corresponding ultrasonoscopy of correspondence multiple imaging control parameters collection can be obtained, need not take multiple scan, reduce the review time to patient, the process being scanned for multiple parameters collection is simplified, energy of the output to human body in ultrasonic device scanning process is decreased.
Description
Technical field
The application belongs to using the ultrasonic imaging field of stepper motor, more particularly to a kind of side of ultrasonic sampled-data processing
Method, device and system.
Background technology
Ultrasonic Diagnosis (ultrasonic diagnosis) is that ultrasonic detecting technology is applied into human body, is shown by image
And measurement understands the data and form of physiology or institutional framework, find disease and make a kind of diagnostic method of prompting.
In the prior art, ultrasonic diagnostic equipment can only carry out single parameter collection (parameter set is one for a ultrasonic scanning
The set of group parameter) treatment, need to adjust all kinds of parameters if the image for wishing to obtain the treatment of different parameters collection if doctor
Save and multiple scanning is carried out to patient, cause scanning person to need repeatedly regulation imaging parameters to be scanned the figure that could obtain satisfaction
Picture, this not only adds the review time to patient, also increases energy of the output to human body in ultrasonic device scanning process.
The content of the invention
In view of this, the purpose of the application is to provide a kind of methods, devices and systems of ultrasonic sampled-data processing, energy
Multigroup parameter set set in advance is enough based on, the data obtained for single pass carry out different parameters collection treatment, simplify pin
The process being scanned to multiple parameters collection.
A kind of method of ultrasonic sampled-data processing, including：
Ultrasonic sampled data is obtained, the ultrasonic sampled data is that the data that sampling is obtained are scanned to patient；
Obtain at least two imaging control parameters collection；
According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing, at least two are formed
Individual ultrasonoscopy, each ultrasonoscopy one imaging control parameters collection of correspondence.
Above-mentioned method, it is preferred that the imaging control parameters collection of the acquisition at least two, including：
Receive at least two groups control information of user configuring；
Every group of control information is packaged as control information block respectively；
Packing is obtained at least two control information blocks and is stored as domination set；
At least two control information blocks in the domination set are converted into and are applied at least two imaging flows
Imaging control parameters collection；
Imaging control parameters collection corresponding with current imaging flow is obtained from the domination set.
Above-mentioned method, it is preferred that also include：
The mapping relations of the ultrasonic sampled data, ultrasonoscopy and the domination set are set up by frame information block.
Above-mentioned method, it is preferred that described that the ultrasonic sampled data, ultrasonoscopy and control are set up by frame information block
The mapping relations of collection, specifically include：
Frame information object is obtained from frame object buffering area；
Next next of the previous frame information object pointer that the pointer assignment of the frame information object is obtained to history refers to
Pin, the upper prev pointer assignments of the next frame information object pointer of estimated acquisition are given the pointer of the two field picture；
The domination set object number of the frame information object is entered as the numbering of the domination set, by the type of frame information and
Pattern is entered as the type and pattern of the domination set.
Above-mentioned method, it is preferred that the programme-control parameter set in the domination set has numbering, and methods described is also wrapped
Include：
Domination set numbering, the ultrasonic sampled data and parameter set sequence number are added to image head, the parameter
Collection sequence number is the sequence that at least two imaging control parameters collection corresponding with current imaging flow is obtained from the domination set
Number；
At least two ultrasonoscopy is shown respectively in viewing area according to described image head.
Above-mentioned method, it is preferred that described to show described at least two respectively in viewing area according to described image head
Ultrasonoscopy, specifically includes：
Drawing object and initialized target drawing surface are obtained, the drawing object is responsible for the reality of the class of drawing image
Example, the target drawing surface is the destination object that the ultrasonoscopy is drawn；
The frame information is obtained according to the image head of the ultrasonoscopy；
Domination set numbering, parameter set sequence number, view data pointer are obtained from frame information；
According to domination set numbering and the parameter set sequence number, the imaging parameters collection is obtained from the domination set
Relevant information, in the relevant information include imaging parameters collection title；
The imaging parameters collection title is plotted in the first imaging area, at least two ultrasonoscopy is plotted in respectively
Second imaging area, the second imaging area described in first imaging region is different.
Above-mentioned method, it is preferred that also include：
A permeate image of at least two ultrasonoscopy is shown.
Above-mentioned method, it is preferred that described that permeate image of at least two ultrasonoscopy is shown have
Body includes：
Image based on the first image is selected at least two ultrasonoscopy, is removed at least two ultrasonoscopy
Other images of first image are the second image；
Obtain sub- integration region, the fusion coefficients and the base image of second image in second image
Fusion coefficients；
According to the fusion coefficients and the fusion coefficients of the base image of second image, by the sub- integration region
Pixel is blended with the pixel in the base image, the image after being merged；
Show the image after the fusion.
A kind of device of ultrasonic sampled-data processing, including：
Sampling unit, for obtaining ultrasonic sampled data, the ultrasonic sampled data is that patient is scanned to sample
The data for arriving；
Processing unit, for obtaining at least two imaging control parameters collection；And according to described at least two imaging control ginsengs
Ultrasonic sampled data described in one group of manifold parallel processing, forms at least two ultrasonoscopys, each ultrasonoscopy correspondence one
Imaging control parameters collection.
A kind of system of ultrasound data treatment, including：
Ultrasonic Diagnosis headend equipment, for obtaining ultrasonic sampled data, the ultrasonic sampled data is that patient is swept
Retouch the data that sampling is obtained；
Cloud platform, for receiving the described ultrasonic sampled data that the sampler is obtained, obtains at least two imaging controls
Parameter set；And according to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing, formed at least
Two ultrasonoscopys, each ultrasonoscopy one imaging control parameters collection of correspondence；
At least one client, at least two groups ultrasonoscopys and showing described in being downloaded from the cloud platform.
Understood via above-mentioned technical scheme, compared with prior art, at a kind of ultrasonic sampled data
The method of reason, including：Ultrasonic sampled data is obtained, the ultrasonic sampled data is that the number that sampling is obtained is scanned to patient
According to；Obtain at least two imaging control parameters collection；According to described in one group of at least two imaging control parameters collection parallel processing
Ultrasonic sampled data, forms at least two ultrasonoscopys, each ultrasonoscopy one imaging control parameters collection of correspondence.Using this
Method, presets multiple imaging control parameters collection, and the plurality of imaging control parameters collection is obtained by the parallel processing single pass
One group of ultrasonic sampled data, obtains corresponding multigroup ultrasonoscopy, need to only carry out the ultrasonic sampled data of single pass acquisition, i.e.,
The corresponding ultrasonoscopy of correspondence multiple imaging control parameters collection can be obtained, without taking multiple scan, the inspection to patient is reduced
The time is looked into, the process being scanned for multiple parameters collection is simplified, people is arrived in output in decreasing ultrasonic device scanning process
The energy of body.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are only this
Inventive embodiment, for those of ordinary skill in the art, on the premise of not paying creative work, can also basis
The accompanying drawing of offer obtains other accompanying drawings.
The flow chart of the embodiment of the method 1 of a kind of ultrasonic sampled-data processing that Fig. 1 is provided for the application；
The flow chart of the embodiment of the method 2 of a kind of ultrasonic sampled-data processing that Fig. 2 is provided for the application；
The control letter that user uses in the embodiment of the method 2 of a kind of ultrasonic sampled-data processing that Fig. 3 is provided for the application
One inputting interface schematic diagram of breath；
Control information is converted into the embodiment of the method 2 of a kind of ultrasonic sampled-data processing that Fig. 4 is provided for the application
As the schematic diagram of control parameter collection；
The flow chart of the embodiment of the method 3 of a kind of ultrasonic sampled-data processing that Fig. 5 is provided for the application；
The flow chart of step S508 in the embodiment of the method 3 of a kind of ultrasonic sampled-data processing that Fig. 6 is provided for the application；
Frame information schematic diagram in the embodiment of the method 3 of a kind of ultrasonic sampled-data processing that Fig. 7 is provided for the application；
The flow chart of the embodiment of the method 4 of a kind of ultrasonic sampled-data processing that Fig. 8 is provided for the application；
The flow chart of step S810 in the embodiment of the method 4 of a kind of ultrasonic sampled-data processing that Fig. 9 is provided for the application；
A signal of viewing area in the embodiment of the method 4 of a kind of ultrasonic sampled-data processing that Figure 10 is provided for the application
Figure；
The another of viewing area shows in the embodiment of the method 4 of a kind of ultrasonic sampled-data processing that Figure 11 is provided for the application
It is intended to；
The another of viewing area shows in the embodiment of the method 4 of a kind of ultrasonic sampled-data processing that Figure 12 is provided for the application
It is intended to；
The flow chart of the embodiment of the method 5 of a kind of ultrasonic sampled-data processing that Figure 13 is provided for the application；
The flow of step S1311 in the embodiment of the method 5 of a kind of ultrasonic sampled-data processing that Figure 14 is provided for the application
Figure；
The structural representation of the device embodiment of a kind of ultrasonic sampled-data processing that Figure 15 is provided for the application；
Another structural representation of the device embodiment of a kind of ultrasonic sampled-data processing that Figure 16 is provided for the application；
The structural representation of the system embodiment of a kind of ultrasonic sampled-data processing that Figure 17 is provided for the application.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
It is as shown in Figure 1, the flow chart of the embodiment of the method 1 of a kind of ultrasonic sampled-data processing provided for the application,
The method is comprised the following steps：
Step S101：Obtain ultrasonic sampled data；
Wherein, the ultrasonic sampled data is that the data that sampling is obtained are scanned to patient.
In specific implementation, the data beam that the ultrasonic sampled data can be obtained by ultrasonic headend equipment real time scan synthesizes
Afterwards buffering obtain, can be stored in the ultrasonic sampled data of certain medium importing, or by network with it is other
The data mediums such as ultrasonic image equipment, ultrasound data work station, ultrasound data cloud storage platform carry out data transmission obtaining.
In specific implementation, due to be subsequently multiple imaging control parameters collection it is parallel to the ultrasonic sampled data at
Reason, then after getting the ultrasonic sampled data, can also put into the ultrasonic sampled data buffering area and be cached.
It should be noted that in specific implementation, can also process the ultrasonic sampled data of the acquisition, such as filter, solve
Tune, detection, log-compressed, sound data processing, digital scan conversion, Data Post.
Step S102：Obtain at least two imaging control parameters collection；
Wherein, one imaging flow of each imaging control parameters collection correspondence, each imaging flow correspondence is generated
One ultrasonoscopy.
In specific implementation, corresponding imaging control can be obtained according to the flow processed the ultrasonic sampled data
Parameter set, the imaging control parameters collection includes multiple control information, and the control information may include：Can during data filtering
The configurable information of the filter type and filtering parameter of configuration, sound data processing section, digital scan conversion portion can configure
Information, the partially configurable information of post processing of image.
Specifically, configurable filter type and filtering parameter during the data filtering carried out to front-end sampling data,
The filter type can be used：Passband belt type, high-pass filter, low pass filter, bandpass filter etc.；Passband is special
Property, maximally-flat type (Butterworth type) wave filter, etc. ripple type (Chebyshev type) wave filter, linear phase shift type (Bezier
Type) wave filter etc..
Wherein, the configurable information of sound data processing section includes：High-pass filter, low pass filter, level are averagely filtered
Ripple device, noise filter, time domain average wave filter etc.；
Wherein, the configurable information of digital scan conversion portion includes：The size of scan transformation wave filter, output image
Deng；
Wherein, the partially configurable information of post processing of image includes：Smoothing algorithm, sharpening algorithm, Boundary extracting algorithm, spot
Spot noise restrainable algorithms etc..
Step S103：According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing,
Form at least two ultrasonoscopys.
Wherein, one imaging control parameters collection of each ultrasonoscopy correspondence.
Wherein, the ultrasonic sampled data obtains sampled data for scanning person carries out a ultrasonic scanning to scanned person.
The plurality of imaging control parameters collection is processed the ultrasonic sampled data parallel, is respectively obtained and is controlled with the imaging
The corresponding ultrasonoscopy of parameter set.
It should be noted that the ultrasonic sampled data obtained by single pass, can be by multiple imaging control parameters collection
Multiple ultrasonoscopys are obtained by parallel processing, oneself is selected in multiple ultrasonoscopys that user (scanning person) can therefrom obtain
The image of needs, and without changing using primary parameter collection, the complex process of single pass is carried out, reduce the inspection to patient
Time, the process being scanned for multiple parameters collection is simplified, human body is arrived in output in decreasing ultrasonic device scanning process
Energy.
To sum up, in the method for a kind of ultrasonic sampled-data processing that the present embodiment is provided, multiple imaging control parameters are preset
Collection, one group of ultrasonic sampled data that the plurality of imaging control parameters collection is obtained by the parallel processing single pass, obtains accordingly
Multigroup ultrasonoscopy, need to only carry out the ultrasonic sampled data of single pass acquisition, you can obtain the multiple imaging control ginsengs of correspondence
The corresponding ultrasonoscopy of manifold, without taking multiple scan, reduces the review time to patient, simplifies for multiple parameters
The process that is scanned of collection, decreases energy of the output to human body in ultrasonic device scanning process.
It is as shown in Figure 2, the flow chart of the embodiment of the method 2 of a kind of ultrasonic sampled-data processing provided for the application,
The method is comprised the following steps：
Step S201：Obtain ultrasonic sampled data；
Wherein, step S201 is consistent with the step S101 in embodiment 1, is not limited in the present embodiment.
Step S202：Receive at least two groups control information of user configuring；
In specific implementation, user can be directed to the multigroup control information of single pass operative configuration, every group of control information correspondence
One imaging flow.
Wherein, using configuration interface can also be set in the equipment of ultrasonic sampled-data processing method, so as to obtain user lead to
Cross configuration of the configuration interface realization to control information.
In specific implementation, type, the pass-band performance of wave filter, such fixed name can be identified by certain name definition
The wave filter of mark can be provided in the option of configuration interface, such as BandPassFilter20, then represent centre frequency both sides
20% frequency passes through.
Step S203：Every group of control information is packaged as control information block respectively；
Specifically, one group of control information is packaged as into a control information block, it is right that multigroup control information is then packaged as respectively
Answer the control information block of quantity.
Step S204：Packing is obtained at least two control information blocks and is stored as domination set；
Wherein, the domination set can be default, and it is used to carry control information block.
Accordingly, after packing obtains control information block, the control information block is put into the domination set.
In specific implementation, the domination set can carry the control information block of each ultrasonic scanning；Can also be for certain
Ultrasonic scanning is set up, and when present scan terminates, deletes the domination set.
Step S205：At least two control information blocks in the domination set are converted into and are applied at least two imagings
Manage the imaging control parameters collection of flow；
Specifically, the control information block to being put into the domination set is processed, to be imaging process
In the imaging control parameters collection that can use.
For example, working process can include the control information in control information block is filtered, is demodulated, detection, logarithm
Compression, sound data processing, digital scan conversion, Data Post etc..
Specifically, when the control information is the data parameters of user input, the working process can also include controlling user
Parameter input processed is converted into the parameter of software and hardware algorithm identification, and the parameter after such as processing includes：Front-end control parameter, imaging ginseng
Number, display parameters etc..
It should be noted that an imaging control parameters concentrate the difference realized according to multi-parameter imaging method, comprising not
Same content of parameter, such as in a kind of realization of hardware-software mixing platform of multi-parameter imaging method, imaging control parameters collection
Content includes being allocated to the hardware controls parameter of hardware system and being allocated to the software control parameter of software systems.
As shown in Figure 3, it is the inputting interface schematic diagram of the control information that user uses, wherein the region of settable parameter
Imaging processing parameters (vision processing parameter) include parameter (parameter) 1-12.
In specific implementation, in order to realize more functions according to the parameter, multiple functions are also set up in the inputting interface
Button, to realize the parameter set according to required for the parameter and the function button obtain being applied to imaging flow.
Accordingly, in the inputting interface schematic diagram shown in the Fig. 3, it is additionally provided with following button：Apply to UI(User
Interface, user interface) (application user is set) button, for being loaded into the imaging control parameters collection that currently will applying；
Create As (being created as) button, for the parameter set of current system application to be created and is named as imaging control parameters collection；
Available Set (optional parameters collection) provide the optional domination set of user；Active Set (come into force control parameter) provide life
The domination set of effect；Add (addition)>>The available imaging control parameters collection that button will can be chosen is added to the imaging control for coming into force
In parameter set processed；Add All (addition all) button all of available imaging control parameter collection can be added to come into force into
As control parameter is concentrated；Remove<<The imaging control parameters collection for coming into force that (removal) button will can be chosen is removed and is added to
Available imaging control parameters are concentrated；Button can be by all of imaging control parameters for coming into force for Remove All (removing all)
Collection is removed and is added to available imaging control parameters and concentrates；Change Selection In Mode (enter multi-parameter imaging
Reselected during pattern) option, choose whether to change the imaging control parameters collection for coming into force during for Dietary behavior again.
Specifically, user can modify by any one of parameter1-12, the button in combination interface,
Realize generation imaging control parameters collection.
In specific implementation, the item number of the parameter can be arranged as required to, its item number is not limited in the application.
In specific implementation process, user by using Apply to UI buttons, to the parameter1-12's in the page
Concrete numerical value is modified, and a title for imaging control parameters collection is set using Create As buttons, by numerical value after modification and
Its corresponding parameter1-12 is set as the parameter under the title of the imaging control parameters collection, and by the title at this
The corresponding regions of Available Set are shown, should and user further can be by Add>>Button or Add All are pressed
Button, the title of the imaging control parameters collection that will be shown in the corresponding regions of Available Set is added to the Active Set
Corresponding viewing area, shows the imaging control parameters collection of title in the corresponding viewing areas of Active Set, being can
Several imaging control parameters collection of parallel processing are carried out, and in subsequent step, several imagings of parallel processing can be carried out according to this
Control parameter set pair ultrasound sampled data carries out parallel processing, can form multiple ultrasonoscopys.
Step S206：Imaging control parameters collection corresponding with current imaging flow is obtained from the domination set；
It should be noted that in specific implementation, step S201-205 steps were typically previously-completed before being scanned.
Specifically, when processing sampled data, being obtained from the domination set and current imaging flow pair
The imaging control parameters collection answered, to realize processing the ultrasonic sampled data accordingly.
As shown in Figure 4, the schematic diagram of imaging control parameters collection is converted to for the control information.
Wherein, user is by the way that to one group of control information 401 of a certain image configurations to be generated, one group of control information includes
Control information 1-n, control information block 402 is obtained by control information 1-n packings, and the control information block is put into domination set 403
In, the common n of control information block 1-n is included in the domination set, wherein, the control information block is ordered as 1 (i.e. in domination set
It is control information block 1), the control information block in the domination set 403 is processed by parameter and obtains common n control in domination set 404
Parameter block.Each control parameter block is made up of multiple software control parameters and hardware controls parameter.For example, wherein control parameter block
N-1 includes software control parameter 405 and hardware controls parameter 406, wherein, the hardware controls parameter includes hardware controls parameter 1-
The common x of x, the software control parameter includes the common y of software control parameter 1-y.
Step S207：According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing,
Form at least two ultrasonoscopys.
Wherein, step S207 is consistent with the step S103 in embodiment 1, is not limited in the present embodiment.
To sum up, in the method for a kind of ultrasonic sampled-data processing that the present embodiment is provided, the acquisition at least two imaging control
Parameter set processed, including：Receive at least two groups control information of user configuring；Every group of control information is packaged as control information respectively
Block；Packing is obtained at least two control information blocks and is stored as domination set；By at least two control information in the domination set
Block is converted into the imaging control parameters collection for being applied at least one imaging flow；Obtained from the domination set with currently into
As the corresponding at least two imaging control parameters collection of handling process.In the method, by the multigroup control information to user configuring
Processed, obtained domination set, the follow-up whole control parameters processed ultrasonic sampled data are included in the domination set,
During realizing subsequently processing ultrasonic sampled data, corresponding imaging control parameters collection is therefrom obtained.
It is as shown in Figure 5, the flow chart of the embodiment of the method 3 of a kind of ultrasonic sampled-data processing provided for the application,
The method is comprised the following steps：
Step S501：Obtain ultrasonic sampled data；
Step S502：Receive at least two groups control information of user configuring；
Step S503：Every group of control information is packaged as control information block respectively；
Step S504：Packing is obtained at least two control information blocks and is stored as domination set；
Step S505：At least two control information blocks in the domination set are converted into and are applied at least two imagings
Manage the imaging control parameters collection of flow；
Step S506：Imaging control parameters collection corresponding with current imaging flow is obtained from the domination set；
Wherein, step S501-506 is consistent with the step S201-206 in embodiment 2, is not limited in the present embodiment.
Step S507：The mapping of the ultrasonic sampled data, ultrasonoscopy and the domination set is set up by frame information block
Relation.
Specifically, the ultrasonoscopy that obtains of the ultrasonic sampled data obtained the scanning by frame information, treatment and should
Domination set is associated, and obtains the mapping relations of ultrasonic sampled data --- ultrasonoscopy --- domination set.
In specific implementation, when multiple images object is obtained from image buffer, the image in frame information object is referred to
0-n-1 of pin is entered as the n pointer of image object respectively, in subsequent step to multiple ultrasonoscopys from treatment.
Specifically, as shown in Figure 6, step S507's implements process, comprises the following steps：
Step S601：Frame information object is obtained from frame object buffering area；
Specifically, the interface of getting frame information object, is by obtaining the frame information object from frame object buffering area
Example, realizes obtaining the frame information object.
Step S602：Under the previous frame information object pointer that the pointer assignment of the frame information object is obtained to history
One (next) pointer, by upper one (prev) pointer assignment of the next frame information object pointer of estimated acquisition to the two field picture
Pointer；
Specifically, the previous frame information object corresponds to the image of consecutive frame, next frame letter with the frame information object
Breath is for the image with the frame information object also corresponding consecutive frame.
Step S603：The domination set object number of the frame information object is entered as the numbering of the domination set, frame is believed
The type and pattern of breath are entered as the type and pattern of the domination set.
Wherein, the domination set object number of the frame information object refers to the numbering of the corresponding domination set of frame information object.
Specifically, the domination set object number of the frame information object is entered as the numbering of the domination set, to cause to control this
Make the content concentrated and set up corresponding relation with the frame information object；The type and pattern of the frame information are entered as the domination set
Type and pattern, to realize realizing setting up based on the type and pattern in the frame information using data and the ultrasound with the ultrasound
The corresponding relation of image, and then can realize being imaged in the image area based on the frame information.
As shown in Figure 7 is the frame information schematic diagram, including ultrasonic sampled data buffering area and imaging data buffering area, its
In, the ultrasonic sampled data buffering area includes R1, R2 etc., wherein, R1 one frame informations of correspondence, the R2 one frame informations of correspondence, and
Two frame informations are adjacent, and the next pointers of the pointer of the corresponding frame informations of the R1 point to the corresponding frame informations of R2, and the R2 is corresponding
The prev pointers of the pointer of frame information point to the corresponding frame informations of R1.Wherein, R1 correspondences are cached with the imaging data buffering area
Frame information imaging data V1-Vn, imaging data in the frame information is used to be imaged in the image area.
Step S508：According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing,
Form at least two ultrasonoscopys；
Wherein, step S508 is consistent with the step S207 in embodiment 2, is not limited in the present embodiment.To sum up, this implementation
In the method for a kind of ultrasonic sampled-data processing that example is provided, also include：By frame information block set up the ultrasonic sampled data,
The mapping relations of ultrasonoscopy and domination set.Specially：Frame information object is obtained from frame object buffering area；By the frame information
Next next pointers of the previous frame information object pointer that the pointer assignment of object is obtained to history, by the next frame of estimated acquisition
Pointer of the upper prev pointer assignments of information object pointer to the two field picture；By the domination set object of the frame information object
The numbering of the domination set number is entered as, the type and pattern of frame information are entered as the type and pattern of the domination set.Adopt
With the method, by setting frame information object, the relation set up between ultrasonic sampled data and multiple ultrasonoscopys, to make it possible to
Enough realize a ultrasound using the one-to-many scheme between data and ultrasonoscopy.
Wherein, the imaging control parameters collection in the domination set has numbering.
It is as shown in Figure 8, the flow chart of the embodiment of the method 4 of a kind of ultrasonic sampled-data processing provided for the application,
The method is comprised the following steps：
Step S801：Obtain ultrasonic sampled data；
Step S802：Receive at least two groups control information of user configuring；
Step S803：Every group of control information is packaged as control information block respectively；
Step S804：Packing is obtained at least two control information blocks and is stored as domination set；
Step S805：At least two control information blocks in the domination set are converted into and are applied at least two imagings
Manage the imaging control parameters collection of flow；
Step S806：Imaging control parameters collection corresponding with current imaging flow is obtained from the domination set；
Step S807：The ultrasonic sampled data, ultrasonoscopy and domination set are associated by frame information block；
Step S808：According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing,
Form at least two ultrasonoscopys；
Wherein, step S801-808 is consistent with the step S501-508 in embodiment 3, is not limited in the present embodiment.
Step S809：Domination set numbering, the ultrasonic sampled data and parameter set sequence number are added to image
Head；
Wherein, the parameter set sequence number refers to that what is obtained from the domination set is corresponding with current imaging flow
The sequence number of at least two imaging control parameters collection.
In specific implementation, multiple imaging control parameters collection are included in the domination set, and currently processed flow can be correspondingly more
Individual imaging control parameters collection, numbers in the domination set to each imaging control parameters collection.
Wherein, after the completion of the imaging for carrying out with an imaging control parameters collection, the control of the processing procedure application is added
System collection number, the parameter set sequence number of corresponding ultrasonic sampled data, multi-parameter collection imaging in image head, to realize subsequently showing
Cheng Zhong, can show corresponding contents.
Step S810：At least two ultrasonoscopy is shown respectively in viewing area according to described image head.
Specifically, showing multiple ultrasonoscopys respectively in viewing area.
In specific implementation, can also the corresponding content of the simultaneous display ultrasonoscopy, such as parameter set sequence number in viewing area
Deng.
In specific implementation, the display of image can show for single width, several displays, wherein several displays can using 1*N,
N*1, N*M, etc. various layout methods, the value of N and M is the integer value not less than 1.
In the case of Dynamic Announce, the imaging of the imaging parameters collection will be simultaneously displayed on graphic interface with the carrying out of scanning
In.
It should be noted that in specific implementation, can also respective handling be carried out to image, such as smooth, sharpening, edge extracting,
Speckle suppression etc., the particular content in the present embodiment not to the image procossing is limited.
Specifically, as shown in Figure 9, step S810's implements process, comprises the following steps：
Step S901：Obtain drawing object and initialized target drawing surface；
Wherein, the drawing object is responsible for the example of the class of drawing image, and the target drawing surface is the ultrasound
The destination object of Image Rendering.
Step S902：The frame information is obtained according to the image head of the ultrasonoscopy；
Step S903：Domination set numbering, parameter set sequence number, view data pointer are obtained from frame information；
Step S904：According to domination set numbering and the parameter set sequence number, obtain described from the domination set
The relevant information of imaging parameters collection；
Step S905：Imaging parameters collection title is plotted in the first imaging area, by least two ultrasonoscopy difference
It is plotted in the second imaging area.
Wherein, the second imaging area described in first imaging region is different.
In specific implementation, after execution step S901 gets out drawing resource, judge whether to need the frame of display, and
Frame information is obtained, if without the frame for needing display, drawing the default image being made up of false data and being gone to image；If in the presence of needs
The frame of display, then judge whether present mode is multi-parameter collection imaging pattern, if multi-parameter collection imaging pattern is then from frame information
Middle acquisition domination set numbering, parameter set sequence number, view data pointer, obtain the imaging parameters collection that image district shows from domination set
Relevant information (in the relevant information include the imaging parameters collection title), and imaging parameters collection title is plotted under imaging area
Multiple images data are plotted in imaging area by side respectively；If single parameter collection is imaged, then domination set volume is obtained from frame information
Number, parameter set sequence number, view data pointer, obtained from domination set the imaging parameters collection that image district shows relevant information and will
Imaging parameters collection title is plotted in imaging area.
As shown in Figure 10 is a schematic diagram of viewing area, wherein, viewing area 1001 includes the first imaging area 1002
With the second imaging area 1003, the first imaging area 1002 is used to show ultrasonoscopy, is arranged in 3 × 3 modes, the second imaging area 1003
For display parameters collection title, the ultrasonoscopy in Fig. 9 is 9, and parameter set title is accordingly 1-9 totally 9, wherein, parameter
It is to process the ultrasonoscopy for obtaining with imaging parameters collection sequence number 1 that collection title 1 is corresponding.
In specific implementation, additionally it is possible to which the multiple ultrasonoscopys to showing freeze, that is, freeze the imaging of multi-parameter collection, specifically
For the width for controlling certain region to show or several ultrasonoscopys do not change its corresponding source ultrasound sampled data at any time.
As shown in figure 11 is another schematic diagram of viewing area, and viewing area 1101 includes the first imaging area 1102, the
Two imaging areas 1103 and slider 1104, the first imaging area 1102 are used to show ultrasonoscopy, are arranged in 3 × 3 modes, the second one-tenth
As area 1103 is used for display parameters collection title, the ultrasonoscopy in Fig. 9 is 9, and parameter set title is accordingly 1-9 totally 9, its
In, it is to process the ultrasonoscopy for obtaining with imaging parameters collection sequence number 1 that parameter set title 1 is corresponding.Wherein, by control slide block area
1104 are horizontally slipped so that the ultrasonoscopy in the viewing area is switched over, wherein, the first area 1105 display it is super
Acoustic image always corresponds to the ultrasonic sampled data in same source.Movement of the ultrasonoscopy of the second area 1106 display according to sliding block
Switch over corresponding ultrasonoscopy, the ultrasound that the ultrasonoscopy of the switching can not correspond to same source uses data.In figure, first
Region and second area are outlined using dotted line.
In specific implementation, after freezing to viewing area, can also returning to the image of the imaging parameters collection of single imaging generation
Put, the playback being imaged to a certain imaging control parameters collection can be entered by selecting a certain imaging parameters collection title.
As shown in figure 12 is another schematic diagram of viewing area, and viewing area 1201 includes the first imaging area 1202, the
Two imaging areas 1203 and slider 1204, wherein, first imaging area 1202 is used for the corresponding ultrasound figure of display parameters collection title 5
Picture, display parameters collection title 1-9 in second imaging area 1203, and parameter set title 5 is protruded with choice box.
It should be noted that image reproducing can for single width playback, several playback, wherein several playback can using 1*N,
Various layout methods such as N*1, N*M.
To sum up, in the method for a kind of ultrasonic sampled-data processing that the present embodiment is provided, the imaging control in the domination set
Parameter set has numbering, then also include：By domination set numbering, the ultrasonic sampled data and the addition of parameter set sequence number
To image head, the parameter set sequence number is to obtain corresponding at least two one-tenth with current imaging flow from the domination set
As the sequence number of control parameter collection；At least two ultrasonoscopy is shown respectively in viewing area according to described image head.Adopt
With the method, it is added in image head by by domination set numbering, the ultrasonic sampled data and parameter set sequence number,
While realization shows ultrasonoscopy in the display area, corresponding number information is shown, there is provided the more information of user.
As shown in fig. 13 that, the flow chart of the embodiment of the method 5 of a kind of ultrasonic sampled-data processing for being provided for the application,
The method is comprised the following steps：
Step S1301：Obtain ultrasonic sampled data；
Step S1302：Receive at least two groups control information of user configuring；
Step S1303：Every group of control information is packaged as control information block respectively；
Step S1304：Packing is obtained at least two control information blocks and is stored as domination set；
Step S1305：At least two control information blocks in the domination set are converted into and are applied at least one imaging
The imaging control parameters collection of handling process；
Step S1306：At least two imagings control corresponding with current imaging flow is obtained from the domination set
Parameter set；
Step S1307：The ultrasonic sampled data, ultrasonoscopy and domination set are associated by frame information block；
Step S1308：According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing,
Form at least two ultrasonoscopys；
Step S1309：Domination set numbering, the ultrasonic sampled data and parameter set sequence number are added to image
Head；
Step S1310：At least two ultrasonoscopy is shown respectively in viewing area according to described image head；
Wherein, step S1301-1310 is consistent with the step S801-810 in embodiment 4, is not limited in the present embodiment.
Step S1311：A permeate image of at least two ultrasonoscopy is shown.
In specific implementation, user wants to be checked the content in several ultrasonoscopys in same image, then need
Several ultrasonoscopys are permeated image, and is shown.
It is to use fusion coefficients in the present embodiment, by the imaging results fusion of imaging of multi-parameter collection real time imagery.
Specifically, as shown in figure 14, step S1311's implements process, comprises the following steps：
Step S1401：Image based on the first image is selected at least two ultrasonoscopy, it is described at least two to surpass
Except other images of the first image are the second image in acoustic image；
Step S1402：Obtain sub- integration region in second image, the fusion coefficients of second image and institute
State the fusion coefficients of base image；
Step S1403：According to the fusion coefficients and the fusion coefficients of the base image of second image, by the son
The pixel of integration region is blended with the pixel in the base image, the image after being merged；
It is assumed that n selected imaging control parameters collection carries out real time imagery, by super after multi-parameter collection Real-time processing
Acoustic image is I1,I2......In, the base image I of selected fusion of imagings, the geometric areas of entire image are G', it is selected
Sub- integration region G in each image1,G2......Gn, the fusion coefficients of each sub- integration region are C1,C2......Cn, it is fused into
The base image I of picturesFusion coefficients be Gs, the integrated region G of the base image of fusion of imagings=G', in geometric areas
Coordinate is represented by P labeled as x, y'sxy, the image I after multi-parameter collection Real-time processingnIn coordinate labeled as x, y point
It is expressed as Pxyn, the graphical representation after fusion is I', and P is calculated using following functionxyWhether sub- integration region G is included inmIn.
Certain pixel P ' in the image I ' of fusion of imagingxyPixel value be：
All pixels in geometric areas are merged the image I ' formed after fusion.
Step S1404：Show the image after the fusion.
Wherein, the image after fusion is shown in viewing area, is included what is be fused in the image after the fusion
Content in several images, user can view multiple imaging control parameters collection and process the multiple for obtaining by the piece image
Feature in image.
To sum up, in the method for a kind of ultrasonic sampled-data processing that the present embodiment is provided, also include：By described at least two
A permeate image of ultrasonoscopy is shown, is specifically included：The first image is in selecting at least two ultrasonoscopy
Base image, except other images of the first image are the second image at least two ultrasonoscopy；Obtain second figure
The fusion coefficients of sub- integration region, the fusion coefficients of second image and the base image as in；According to described
The fusion coefficients of the fusion coefficients of two images and the base image, by the pixel of the sub- integration region and the base image
In pixel blend, the image after being merged；Show the image after the fusion.Using the method, can realize to obtaining
To multiple ultrasonoscopys fusion obtain an image for including each ultrasonoscopy content, facilitate user in same image
In check.
A kind of method of ultrasonic sampled-data processing is described in detail in the embodiment that the invention described above is provided, for this hair
The device realization that the method for bright ultrasonic sampled-data processing can take various forms, therefore present invention also offers a kind of ultrasound
The device of sampled-data processing, is given below specific embodiment and is described in detail.
The structural representation of the device embodiment of a kind of ultrasonic sampled-data processing provided for the application shown in Figure 15,
The device can include following structure：Sampling unit 1501 and processing unit 1502；
Wherein, the sampling unit 1501, for obtaining ultrasonic sampled data, the ultrasonic sampled data is that patient is carried out
The data that scanning sample is obtained；
Wherein, processing unit 1502, for obtaining at least two imaging control parameters collection；And according to described at least two
Ultrasonic sampled data, forms at least two ultrasonoscopys described in one group of imaging control parameters collection parallel processing, each ultrasound figure
As one imaging control parameters collection of correspondence.
Wherein, the device of the ultrasonic sampled-data processing can specifically use ultrasonic device.
In specific implementation, the sampling unit in the ultrasonic device can specifically use front end sending and receiving devices.
The processing unit can also be processed the ultrasonic sampled data for obtaining, such as filtering, demodulation, detection, logarithm pressure
Contracting, sound data processing, digital scan conversion, Data Post.
In specific implementation, the processing unit includes consisting of part：Transducer assemblies, adjustment circuit, sample circuit, number
According to processing module, parameter processing module.
Specifically, the transducer assemblies are used for, the energy conversion device during transmitting reception, by material in emission process
Piezo-electric effect convert electrical signals to mechanical oscillation, mechanical oscillation are converted into electric signal during reception.
The adjustment circuit is used for, the electric signal changed into by mechanical oscillation during treatment reception, and signal is put
Greatly, the treatment such as smooth.
The sample circuit is used for, and the electric signal after adjustment processing of circuit is sampled, and sampling is filtered.
The data processing module is used for：Using various imaging parameters collection, to the data processing after sampling, generation ultrasound figure
Picture, data processing can be by hardware circuit or software realization, or hardware circuit and software mixing realization, data processing bag
Include：Filtering, demodulation, detection, log-compressed, sound data processing, digital scan conversion, Data Post etc..
The parameter processing module is used for：It is responsible for being converted into the input of user's control parameter the parameter of software and hardware algorithm identification,
Parameter after processing includes：Front-end control parameter, imaging parameters, display parameters etc..
Another structure of the device embodiment of a kind of ultrasonic sampled-data processing provided for the application shown in Figure 16 is shown
It is intended to, the device can include following structure：Sampling unit 1601, processing unit 1602 and display unit 1603；
Wherein, the structure function of the sampling unit 1601 and processing unit 1602 with it is consistent in Figure 14, herein no longer go to live in the household of one's in-laws on getting married
State.
Wherein, the display unit 1603 is used to generate ultra sound user interface, ultrasonoscopy and show.
Specifically, the ultra sound user interface is used to support user input control information.
Wherein, the ultrasonoscopy that the display unit shows, is multiple imaging control parameters collection parallel processing ultrasound sampling ginsengs
The multiple image that number is obtained.
To sum up, in the device of a kind of ultrasonic sampled-data processing that the present embodiment is provided, multiple imaging control parameters are preset
Collection, one group of ultrasonic sampled data that the plurality of imaging control parameters collection is obtained by the parallel processing single pass, obtains accordingly
Multigroup ultrasonoscopy, need to only carry out the ultrasonic sampled data of single pass acquisition, you can obtain the multiple imaging control ginsengs of correspondence
The corresponding ultrasonoscopy of manifold, without taking multiple scan, reduces the review time to patient, simplifies for multiple parameters
The process that is scanned of collection, decreases energy of the output to human body in ultrasonic device scanning process.
A kind of device of ultrasonic sampled-data processing is described in detail in the embodiment that the invention described above is provided, for this hair
The system that the device of bright ultrasonic sampled-data processing can be applied to diversified forms is realized, therefore is surpassed present invention also offers one kind
The system of sound sampled-data processing, is given below specific embodiment and is described in detail.
The structural representation of the system embodiment of a kind of ultrasonic sampled-data processing provided for the application shown in Figure 17,
The system can include following structure：Ultrasonic Diagnosis headend equipment 1701, the client 1703 of cloud platform 1702 and at least one；
Wherein, the Ultrasonic Diagnosis headend equipment 1701, for obtaining ultrasonic sampled data, the ultrasonic sampled data is right
Patient is scanned the data that sampling is obtained；
It should be noted that the Ultrasonic Diagnosis headend equipment being related in the application can be existing ultrasonic diagnostic equipment,
It can also be the ultrasonic front end of miniaturization.
Wherein, the feature of the Ultrasonic Diagnosis headend equipment is comprising following component：Transducer assemblies, adjustment circuit, sampling
Module, Beam synthesis module and communication module
Wherein, transducer assemblies are used for：Energy conversion device during transmitting reception, by the pressure of material in emission process
Electrical effect converts electrical signals to mechanical oscillation, and mechanical oscillation are converted into electric signal during reception.
Wherein, adjustment circuit is used for：The electric signal changed into by mechanical oscillation during treatment reception, is carried out to signal
The treatment such as amplification, smooth.
Wherein, sampling module is used for：Electric signal after adjustment processing of circuit is sampled, and sampling is filtered.
Wherein, Beam synthesis module is used for：The data signal warp that finger receives certain amount array element in transducer assemblies
Cross treatment (such as weighting, time delay, summation etc.) and form the line number evidence with space directivity
Wherein, communication module is used for：By network or non-internet (VLL, virtual private networks, Virtual Service
Deng) be attached with cloud platform.
Wherein, the cloud platform 1702, for receiving the described ultrasonic sampled data that the sampler is obtained, obtains at least two
Individual imaging control parameters collection；And according to ultrasonic hits described in one group of at least two imaging control parameters collection parallel processing
According at least two ultrasonoscopys of formation, each ultrasonoscopy one imaging control parameters collection of correspondence；
In specific implementation, the identity-based of cloud platform 1702 recognizes Ultrasonic Diagnosis headend equipment 1701 and client 1703,
Multiple imaging control parameters collection of the configuration of applications client 1703, the data after being sampled to the headend equipment of Ultrasonic Diagnosis 1701 are carried out
Treatment, generates ultrasonoscopy.
Wherein, at least one client 1703, at least two groups ultrasonoscopys described in the download from the cloud platform
And show.
Specifically, the client 1703 can generate ultra sound user interface, ultrasonoscopy and show.
In specific implementation, the client 1703 can be the equipment of variform, including traditional pc (personal
Computer, personal computer), notebook, server, and new generating apparatus such as mobile phone, flat board, medical all-in-one machine special.
To sum up, in the system of a kind of ultrasonic sampled-data processing that the present embodiment is provided, multiple imaging control parameters are preset
Collection, one group of ultrasonic sampled data that the plurality of imaging control parameters collection is obtained by the parallel processing single pass, obtains accordingly
Multigroup ultrasonoscopy, need to only carry out the ultrasonic sampled data of single pass acquisition, you can obtain the multiple imaging control ginsengs of correspondence
The corresponding ultrasonoscopy of manifold, without taking multiple scan, reduces the review time to patient, simplifies for multiple parameters
The process that is scanned of collection, decreases energy of the output to human body in ultrasonic device scanning process.Also, because multiple is used
Person can browse ultrasonoscopy by client downloads, solve in the prior art, when locally being held a consultation or long-range meeting
When examining, owner can only see the imaging of single imaging parameters collection in synchronization, and because observing visual angle not to display device
Together, many people use same display device in time, and different people is in the also different problem of the image that different visual angles are seen.
Claims (10)
1. a kind of method of ultrasonic sampled-data processing, it is characterised in that including：
Ultrasonic sampled data is obtained, the ultrasonic sampled data is that the data that sampling is obtained are scanned to patient；
Obtain at least two imaging control parameters collection；
According to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing, formation at least two surpasses
Acoustic image, each ultrasonoscopy one imaging control parameters collection of correspondence.
2. method according to claim 1, it is characterised in that the imaging control parameters collection of the acquisition at least two, including：
Receive at least two groups control information of user configuring；
Every group of control information is packaged as control information block respectively；
Packing is obtained at least two control information blocks and is stored as domination set；
At least two control information blocks in the domination set are converted into and are applied at least two imaging flows at least
Two imaging control parameters collection；
Imaging control parameters collection corresponding with current imaging flow is obtained from the domination set.
3. method according to claim 2, it is characterised in that also include：
The mapping relations of the ultrasonic sampled data, ultrasonoscopy and the domination set are set up by frame information block.
4. method according to claim 3, it is characterised in that described that the ultrasonic hits is set up by frame information block
According to, ultrasonoscopy and the mapping relations of domination set, specifically include：
Frame information object is obtained from frame object buffering area；
Next next pointers of the previous frame information object pointer that the pointer assignment of the frame information object is obtained to history, will
Pointer of the upper prev pointer assignments of the estimated next frame information object pointer for obtaining to the two field picture；
The domination set object number of the frame information object is entered as the numbering of the domination set, by the type and pattern of frame information
It is entered as the type and pattern of the domination set.
5. method according to claim 3, it is characterised in that the imaging control parameters collection in the domination set has to be compiled
Number, methods described also includes：
Domination set numbering, the ultrasonic sampled data and parameter set sequence number are added to image head, the parameter set sequence
It number refer to the sequence of at least two imaging control parameters collection corresponding with current imaging flow obtained from the domination set
Number；
At least two ultrasonoscopy is shown respectively in viewing area according to described image head.
6. method according to claim 5, it is characterised in that described to show respectively in viewing area according to described image head
Show at least two ultrasonoscopy, specifically include：
Drawing object and initialized target drawing surface are obtained, the drawing object is responsible for the example of the class of drawing image, institute
It is the destination object that the ultrasonoscopy is drawn to state target drawing surface；
The frame information is obtained according to the image head of the ultrasonoscopy；
Domination set numbering, parameter set sequence number, view data pointer are obtained from frame information；
According to domination set numbering and the parameter set sequence number, the phase of the imaging parameters collection is obtained from the domination set
Pass information, includes imaging parameters collection title in the relevant information；
The imaging parameters collection title is plotted in the first imaging area, at least two ultrasonoscopy is plotted in second respectively
Imaging area, the second imaging area described in first imaging region is different.
7. method according to claim 5, it is characterised in that also include：
A permeate image of at least two ultrasonoscopy is shown.
8. a method according to claim 7, it is characterised in that described that at least two ultrasonoscopy permeates
Image is shown, is specifically included：
Image based on the first image is selected at least two ultrasonoscopy, first is removed at least two ultrasonoscopy
Other images of image are the second image；
Obtain melting for the sub- integration region in second image, the fusion coefficients of second image and the base image
Syzygy number；
According to the fusion coefficients and the fusion coefficients of the base image of second image, by the pixel of the sub- integration region
Blended with the pixel in the base image, the image after being merged；
Show the image after the fusion.
9. a kind of device of ultrasonic sampled-data processing, it is characterised in that including：
Sampling unit, for obtaining ultrasonic sampled data, the ultrasonic sampled data is scanned sampling to patient and obtains
Data；
Processing unit, for obtaining at least two imaging control parameters collection；And according at least two imaging control parameters collection
Ultrasonic sampled data described in one group of parallel processing, forms at least two ultrasonoscopys, one imaging of each ultrasonoscopy correspondence
Control parameter collection.
10. the system that a kind of ultrasound data is processed, it is characterised in that including：
Ultrasonic Diagnosis headend equipment, for obtaining ultrasonic sampled data, the ultrasonic sampled data is that patient is scanned to adopt
The data that sample is obtained；
Cloud platform, for receiving the described ultrasonic sampled data that the sampler is obtained, obtains at least two imaging control parameters
Collection；And according to ultrasonic sampled data described in one group of at least two imaging control parameters collection parallel processing, form at least two
Ultrasonoscopy, each ultrasonoscopy one imaging control parameters collection of correspondence；
At least one client, at least two groups ultrasonoscopys and showing described in being downloaded from the cloud platform.
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Address after: 110179 No. 177-1 Innovation Road, Hunnan District, Shenyang City, Liaoning Province Applicant after: DongSoft Medical System Co., Ltd. Address before: Hunnan New Century Road 110179 Shenyang city of Liaoning Province, No. 16 Applicant before: Dongruan Medical Systems Co., Ltd., Shenyang |
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Application publication date: 20170623 |
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| RJ01 | Rejection of invention patent application after publication |