CN103137001A - Method and device for ultrasonic imaging device - Google Patents
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- CN103137001A CN103137001A CN2011104054280A CN201110405428A CN103137001A CN 103137001 A CN103137001 A CN 103137001A CN 2011104054280 A CN2011104054280 A CN 2011104054280A CN 201110405428 A CN201110405428 A CN 201110405428A CN 103137001 A CN103137001 A CN 103137001A
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Abstract
The invention relates to a method and a device for an ultrasonic imaging device and provides the corresponding method and the device. The method for the ultrasonic imaging device comprises a teaching group loading ultrasonic imaging which at least comprises referring ultrasonic images and fixedly imaging presetting, wherein the referring ultrasonic images correspond to scanning parts of body tissues, and the fixedly imaging presetting comprises the following steps of obtaining operating parameters of the ultrasonic imaging device adopted in referring ultrasonic images and using operating parameters comprised in the fixedly imaging presetting to set the ultrasonic imaging device.
Description
Technical field
The present invention relates to imaging of medical, especially relate to the method and apparatus that uses and use training of supersonic imaging apparatus.
Background technology
Along with the development of medical skill, medical imaging device more and more becomes the important diagnostic tool in many medical applications.An example of imaging of medical is ultrasonic imaging, and wherein high frequency sound signal is launched health and the received image with processing with other tissue in establishment organ or health of corresponding reflected signal.Particularly, for the purpose of diagnosis, medical personnel can pop one's head in to carry out ultrasonic scanning with hand-held usually, and probe is placed directly on body surface and moves thereon.Probe emission sound wave and reception are from the echo of internal, liquid or tissue.Echo is converted into subsequently corresponding electric signal and is sent to electrical analysis meter, and corresponding computing machine can create real-time ultrasonoscopy thus to be presented on display device.
Due to the complicacy of ultrasonic system, so need to give to use exactly supersonic imaging apparatus and obtain desired ultrasonoscopy training to medical personnel.U.S. Patent application 1/176,774 discloses a kind of method of the suggestion path that presents that ultrasonic probe moves at patient's body surface, and it can instruct the user to obtain the image of tissue signature.In addition, U.S. Patent application 12/919,003 also discloses a kind of method of simulating supersonic imaging apparatus output, and it can be simulated and be created on the ultrasound image data that generates when imaging is carried out in the specific region.
Yet these schemes of the prior art all need the user to have stronger technology understanding to the various parameters of supersonic imaging apparatus, carry out the setting of operating parameter with energy so medical personnel require a great deal of time.Correspondingly, when the use to the supersonic imaging apparatus of prior art giveed training, medical personnel often can't be absorbed in the operation of probe and the observation of real-time ultrasonic image.In addition, also exist the deficiency of some other sides in the scheme of prior art.Thus, expectation exists improved plan to overcome deficiency of the prior art.For example, when the use training of carrying out supersonic imaging apparatus, can automatically arrange operating parameter.
Summary of the invention
The present invention is intended to resolve at least one or more of the problems as set forth in the prior art.
According to a first aspect of the invention, a kind of method for supersonic imaging apparatus is provided, comprise: the teaching group that loads ultrasonic imaging, teaching group comprises at least with reference to ultrasonoscopy and is customized to picture presets, wherein with reference to ultrasonoscopy corresponding to systemic scanning position, and be customized to picture and preset the operating parameter that comprises the supersonic imaging apparatus that adopts when obtaining with reference to ultrasonoscopy; And with being customized to as presetting the operating parameter that comprises, supersonic imaging apparatus is set.
Preferably, supersonic imaging apparatus comprises probe and display device, and the position of mobile probe is so that the reference ultrasonoscopy that shows on real-time ultrasonic image and the display device at scanning position is identical.
Preferably, teaching group also comprises one of following at least: the anatomic tissue figure at the probe positions figure of the probe positions when obtaining with reference to ultrasonoscopy, corresponding scanning position, with the descriptive information relevant to the scanning that scans the position.
Preferably, be presented on display device one of at least following: probe positions figure, internal anatomy, descriptive information and be customized to the operating parameter of picture in presetting.
Preferably, the teaching group that loads ultrasonic imaging comprises: select teaching group based on scanner section bit position and/or the cause of disease from ultrasonic imaging teaching storehouse, ultrasonic imaging teaching storehouse comprises a plurality of teaching groups.
Preferably, ultrasonic imaging teaching storehouse comprises a plurality of applied study courses, and each in a plurality of applied study course comprises the teaching group that is mutually related.
Preferably, ultrasonic imaging teaching storehouse can be carried out whole updating, modification, and perhaps applied study course or the teaching group in ultrasonic imaging teaching storehouse can be upgraded respectively, revise, increase or delete.
Preferably, be independent of with reference to ultrasonoscopy, and with the operating parameter that is customized in looking like to preset, supersonic imaging apparatus be set, and/or the operating parameter that will be customized in looking like to preset is presented on the display device of supersonic imaging apparatus.
Preferably, be customized to picture and preset and be embedded in reference in ultrasonoscopy, perhaps be customized to picture and preset to be independent of with reference to ultrasonoscopy and store.
Preferably, in the situation that do not show with reference to ultrasonoscopy, with being customized to as presetting the operating parameter that comprises, supersonic imaging apparatus is set.
According to a second aspect of the invention, a kind of device for supersonic imaging apparatus is provided, comprise: loading component, be used for loading the teaching group of ultrasonic imaging, teaching group comprises at least with reference to ultrasonoscopy and is customized to picture presets, wherein with reference to ultrasonoscopy corresponding to systemic scanning position, and be customized to picture and preset the operating parameter that comprises the supersonic imaging apparatus that adopts when obtaining with reference to ultrasonoscopy; And parts are set, be used for being customized to as presetting the operating parameter that comprises, supersonic imaging apparatus being set.
Preferably, supersonic imaging apparatus comprises probe and display device, and the position of mobile probe is so that the reference ultrasonoscopy that shows on real-time ultrasonic image and the display device at scanning position is identical.
Preferably, teaching group also comprises one of following at least: the anatomic tissue figure at the probe positions figure of the probe positions when obtaining with reference to ultrasonoscopy, corresponding scanning position, with the descriptive information relevant to the scanning that scans the position.
Preferably, with following at least one be presented on display device: probe positions figure, internal anatomy, descriptive information and be customized to the operating parameter of picture in presetting.
Preferably, equipment also comprises the parts for storage ultrasonic imaging teaching storehouse, ultrasonic imaging teaching storehouse comprises a plurality of teaching groups, and the teaching group of loading ultrasonic imaging comprises: select teaching group based on scanner section bit position and/or the cause of disease from imparted knowledge to students in the storehouse in ultrasonic imaging.
Preferably, ultrasonic imaging teaching storehouse comprises a plurality of applied study courses, and each in a plurality of applied study course comprises the teaching group that is mutually related.
Preferably, ultrasonic imaging teaching storehouse can be carried out whole updating, modification, and perhaps applied study course or the teaching group in ultrasonic imaging teaching storehouse can be upgraded respectively, revise, increase or delete.
Preferably, be independent of with reference to ultrasonoscopy, and with the operating parameter that is customized in looking like to preset, supersonic imaging apparatus be set, and/or the operating parameter that will be customized in looking like to preset is presented on the display device of supersonic imaging apparatus.
Preferably, be customized to picture and preset and be embedded in reference in ultrasonoscopy, perhaps be customized to picture and preset to be independent of with reference to ultrasonoscopy and store.
Preferably, in the situation that do not show with reference to ultrasonoscopy, with being customized to as presetting the operating parameter that comprises, supersonic imaging apparatus is set.
According to a third aspect of the invention we, a kind of method for medical imaging system is provided, comprise: load teaching group, teaching group comprises at least reference picture and is customized to as presetting, wherein reference picture is corresponding to systemic scanning position, and is customized to picture and presets the operating parameter that comprises the imaging device that adopts when obtaining reference picture; And with being customized to as presetting the operating parameter that comprises, imaging device is set.
Preferably, imaging device comprises probe and display device, and the position of mobile probe is so that the reference picture that shows on realtime graphic and the display device at scanning position is identical.
Preferably, teaching group also comprises one of following at least: the anatomic tissue figure at the probe positions figure of the probe positions when obtaining reference picture, corresponding scanning position, with the descriptive information relevant to the scanning that scans the position.
Preferably, with following at least one be presented on display device: probe positions figure, internal anatomy, descriptive information and be customized to the operating parameter of picture in presetting.
Preferably, the teaching group of loading imaging comprises: select teaching group based on scanner section bit position and/or the cause of disease from imaging teaching storehouse, imaging teaching storehouse comprises a plurality of teaching groups.
Preferably, be customized to picture and preset and be embedded in reference picture, perhaps be customized to picture and preset and be independent of reference picture and store.
Preferably, medical imaging device comprises: X-ray scanning equipment, Magnetic resonance imaging equipment or supersonic imaging apparatus.
Method and apparatus of the present invention can resolve at least one or more of the problems as set forth in the prior art.By the present invention, can be automatically the operating parameter of imaging device be arranged, thereby make using and training convenient, reliable of imaging device.
Description of drawings
By specific description of embodiments of the present invention below in conjunction with accompanying drawing, can further understand advantage of the present invention, characteristics and feature.Accompanying drawing comprises:
Fig. 1 shows traditional ultrasonic image-forming system;
Fig. 2 shows the process flow diagram according to the method for supersonic imaging apparatus of the present invention;
Fig. 3 shows according to the device for supersonic imaging apparatus of the present invention;
Fig. 4 shows the display screen according to supersonic imaging apparatus of the present invention.
Embodiment
The present invention is now more intactly described with reference to the accompanying drawings, shown in the drawings of exemplary embodiment of the present invention.But the present invention can realize according to other different form, and should not be understood to be limited to these concrete embodiment that sets forth.On the contrary, to provide these embodiment of the present inventionly openly to become more thorough and complete in order making, thereby design of the present invention to be passed to those skilled in the art fully.In the text, the same device of same or analogous numeral or unit.
Fig. 1 shows traditional ultrasonic image-forming system, and it comprises supersonic imaging apparatus 100 and ultrasonic probe 110.Supersonic imaging apparatus 100 comprises ultrasonic imaging processor 102 and display device 104.Ultrasonic imaging processor 102 is used for controlling the generation of ultrasonic signal and the echoed signal that receives being processed, and display device 104 is used for the result of output processor 102.Ultrasonic probe 110 is used for generating the ultrasound wave of launching in patient's 120 healths and receives corresponding echoed signal.When the use to the imaging system of conventional ultrasound gives training or when reality is used traditional ultrasonic image-forming system, in order to obtain desired ultrasonoscopy, need to carry out manual setting to the various operating parameters of ultrasonic image-forming system.These parameters include but not limited to: the GTG figure in ultrasonic image-forming system, gain, the degree of depth, focal position, focus number, frequency, virtual convex surface, dynamic range, edge strengthen, pseudo-coloured silk, counter-rotating up and down, CrossXBeam, frame on average, line density, sound output, wall filtering, bag size, angular deflection etc.
Thereby the present invention has used a kind of scheme of innovation to avoid manual setting to operating parameter.
When using the method for supersonic imaging apparatus of the present invention, at first load in supersonic imaging apparatus comprise at least with reference to ultrasonoscopy and with the ultrasonic imaging teaching group that is customized to picture and presets.This teaching group is corresponding to the systemic specific scanning position that will scan, for example, and the particular organization's structure in heart, blood vessel.Reference ultrasonoscopy in teaching group is corresponding to the ultrasonoscopy at this specific scanning position, is customized to the operating parameter that picture comprises the supersonic imaging apparatus that adopts when obtaining this with reference to ultrasonoscopy in presetting.Then, make supersonic imaging apparatus that corresponding operating parameter automatically is set with being customized to as presetting the various operating parameters that comprise.These operating parameters include but not limited to: the GTG figure in ultrasonic image-forming system, gain, the degree of depth, focal position, focus number, frequency, virtual convex surface, dynamic range, edge strengthen, pseudo-coloured silk, counter-rotating up and down, CrossXBeam, frame on average, line density, sound output, wall filtering, bag size, angular deflection etc.Various operating parameters in ultrasonic image-forming system are known in the art, do not repeat them here.
In one embodiment of the invention, carrying is customized to the data that preset of picture and can be embedded in corresponding reference ultrasonoscopy, and a part that becomes its data presets the use of uniting with the reference ultrasonoscopy conveniently to be customized to picture.For example, can store with Dicom form well known in the art (or RawDicom form) with reference to ultrasonoscopy.Defined specially oneself " grammer " and " vocabulary " in Dicom." vocabulary " of Dicom is with a pair of integer representation, is called mark (Tag).Mark represents with a pair of 16 system numbers, and the number of front is the group number of data element, the back be element number.Group number be even number be the normal data element, concrete meaning can be found in the data dictionary of Dicom.The data dictionary of Dicom has defined many data element marks, has contained most application needs.Group number be odd number for the private data element, by user's own definition in use.In one embodiment of the invention, for example, can be in the private data element operating parameter corresponding to stored reference ultrasonoscopy.Certainly, according to actual conditions also can be in the reference ultrasonoscopy other position storage operation parameter.
Those skilled in the art also are appreciated that to be customized to as presetting and also can be independent of with reference to ultrasonoscopy storage separately.An advantage of this independent storage is, can carry out simply and easily the operating parameter setting when needs scan particular body portion, and need not to call or decode whole with reference to ultrasonoscopy.
According to one embodiment of present invention, after setting corresponding operating parameter, can (for example be shown on the display of supersonic imaging apparatus with reference to ultrasonoscopy, the left side of the display screen shown in accompanying drawing 4), the position of mobile ultrasonic probe (for example, probe is in the position of patient's body surface) so that the real-time ultrasonic image (for example, the center section of the display screen shown in accompanying drawing 4) at scanning position is identical with the reference ultrasonoscopy that shows on display device or near identical.
According to one embodiment of present invention, can be in the situation that do not show with reference to ultrasonoscopy, with being customized to the operating parameter of picture in presetting, supersonic imaging apparatus is set.In other words, the present invention also can only utilize the picture that is customized in teaching group to preset the setting of carrying out operating parameter, and is not presented on the display of supersonic imaging apparatus with reference to ultrasonoscopy.
Be appreciated that being customized to the operating parameter of picture in presetting is displayed on display between also can be in due course.For example, when clicking the reference ultrasonoscopy that has shown, show operating parameter (for example, the right side part of the display screen shown in accompanying drawing 4) used when obtaining this with reference to ultrasonoscopy on the appropriate location of display.Certainly, operating parameter also can be simultaneously displayed when beginning to show with reference to ultrasonoscopy.Operating parameter is presented at makes the user know intuitively on display, the operating parameter that should use when carrying out the scanning of this tissue site.
In an embodiment of the present invention, also can comprise the information that other helps correctly to use ultrasonic image-forming system in ultrasonic imaging teaching group, include but not limited to: the descriptive information that when expression obtains with reference to ultrasonoscopy, the scanning at the probe positions figure of the relevant position of ultrasonic probe, the anatomic tissue figure that scans the position and this position is relevant (for example, points for attention, the easy mistake of making etc.).The anatomic tissue figure at probe positions figure and scanning position can be stored as JPG form or other form well known in the art, such as the bitmap form etc.Be appreciated that ultrasonic imaging teaching group can comprise one or more above information contents.
Probe positions figure can make the user know that intuitively scanning this position time probe should be in the position, and anatomic tissue figure can make the user more easily understand ultrasonoscopy and the true relation between institutional framework when contrast is used.In addition, the descriptive information relevant to the scanning of privileged site also can help the user to avoid making mistake common in the scanning of this privileged site.As required, descriptive information can also comprise other content, does not repeat them here.According to one embodiment of present invention, expression is customized to the data that preset of picture and also can be embedded in one or more in probe positions figure, anatomic tissue figure and descriptive information.
In one embodiment of the invention, at least a portion in the following content in teaching group can be presented on the display of supersonic imaging apparatus together with the reference ultrasonoscopy: probe positions figure, anatomic tissue figure, be relevant to the descriptive information of scanning at scanning position.Certainly, where necessary, also these contents can be printed on paper or with other form and present to the user.
In one embodiment, when loading the teaching group of ultrasonic imaging, can from imparting knowledge to students the storehouse, the ultrasonic imaging that comprises (describing the teaching group that mentions as the front) a plurality of teaching groups select suitable teaching group based on scanner section bit position and/or the cause of disease.Each teaching group in ultrasonic imaging teaching storehouse can correspondingly specifically be scheduled to sweep object (and/or expectation), and can select suitable teaching group based on predetermined sweep object.Predetermined sweep object refers to include but not limited to for one of following scanning: specific scanning position (for example, the ad hoc structure of lung), the specific cause of disease (for example, tumour) or the combination of specific scanning position and the specific cause of disease (for example, the tumour in the ad hoc structure of lung).For example, when predetermined sweep object is specific scanning position, select this teaching group corresponding to specific scanning position; When predetermined sweep object is the specific cause of disease, select teaching group corresponding to this specific cause of disease; When predetermined sweep object is the specific cause of disease at specific scanning position, select the teaching group corresponding to this specific cause of disease at this specific scanning position.
Determining of predetermined sweep object depends on actual medical applications.And whether can choose determined predetermined sweep object corresponding suitable teaching group, depend on the concrete setting in ultrasonic imaging teaching storehouse.For example, only provide the teaching group of scanning position rank in the storehouse and do not provide the teaching group of thinner rank (for example, the specific cause of disease at specific scanning position) in teaching, so just can't select the teaching group corresponding to the specific cause of disease at specific scanning position.
Teaching group in the storehouse of imparting knowledge to students can be provided according to the actual needs.When selecting suitable teaching group from imparted knowledge to students in the storehouse in ultrasonic imaging, can manually select (for example, by the filename of teaching group), perhaps carry out computer search (for example, passing through key word).
According to embodiments of the invention, the teaching group in the storehouse of ultrasonic imaging can being imparted knowledge to students is categorized into a plurality of applied study courses, and each applied study course can comprise the teaching group that is mutually related.For example, a plurality of teaching groups that are relevant to identical organ or position (as belly, obstetrics, heart, blood vessel, little joint etc.) can be included in same applied study course.Can be also that a plurality of teaching groups that will be relevant to the same cause of disease (as tumour) are included in same applied study course.Certainly, also can be being included in same applied study course with other relation (for example, scanning patient's age, sex etc.) a plurality of teaching groups that are mutually related.Be appreciated that and be categorized as different applied study courses based on the teaching group that any suitable incidence relation is imparted knowledge to students ultrasonic imaging in the storehouse.By teaching group being included into a plurality of applied study courses, not only can be convenient to select or retrieve desired teaching group, simultaneously also can be conveniently the use of ultrasonic image-forming system be giveed training.
In one embodiment of the invention, can carry out file operation to the ultrasonic imaging storehouse of imparting knowledge to students.For example, whole updating, modification are carried out in the storehouse of imparting knowledge to students, perhaps applied study course or teaching group in the storehouse of imparting knowledge to students are upgraded, revise, delete and increase.Can carry out according to actual needs the concrete file operation that carry out in ultrasonic imaging teaching storehouse.
In one embodiment of the invention, also can be independent of this with reference to ultrasonoscopy, and with the operating parameter that is customized in looking like to preset, supersonic imaging apparatus is set, and/or the operating parameter that will be customized in looking like to preset is presented on the display device of supersonic imaging apparatus.For example, in some cases, only need the setting operation parameter and/or know operating parameter, and being indifferent to concrete ultrasonoscopy.For example, the technician is waited, may both be indifferent to does not need to understand corresponding ultrasonoscopy yet.Under these circumstances, show to be unnecessary with reference to ultrasonoscopy (or probe positions figure, anatomic tissue figure, real-time ultrasonic image etc.).
Fig. 2 shows the process flow diagram of the method according to this invention.In the first step, load the teaching group of ultrasonic imaging, teaching group comprises at least with reference to ultrasonoscopy and is customized to picture presets, wherein with reference to ultrasonoscopy corresponding to systemic scanning position, and be customized to picture and preset the operating parameter that comprises the supersonic imaging apparatus that adopts when obtaining this with reference to ultrasonoscopy; In second step, with the operating parameter that is customized to as in presetting, supersonic imaging apparatus is set; In optional the 3rd step, the position of mobile ultrasonic probe, thus make the reference ultrasonoscopy that shows on real-time ultrasonic image and display device identical or near identical.Although be appreciated that only to show three schematic steps here, the present invention also can comprise other step or substep.
Fig. 3 shows according to the device for supersonic imaging apparatus of the present invention, comprising: loading component, be used for loading and comprise at least with reference to ultrasonoscopy and the teaching group that is customized to as the ultrasonic imaging of presetting,, and be customized to picture and preset the operating parameter that comprises the supersonic imaging apparatus that adopts when obtaining this with reference to ultrasonoscopy corresponding to systemic scanning position with reference to ultrasonoscopy; Parts are set, are used for the operating parameter that is customized to as presetting, supersonic imaging apparatus being set.Device for supersonic imaging apparatus according to the present invention can be arranged on supersonic imaging apparatus inside, becomes ingredient of supersonic imaging apparatus.Be appreciated that this device that is used for supersonic imaging apparatus also can be arranged on the outside of supersonic imaging apparatus, but cooperate to complete the function of corresponding loading teaching group and setting operation parameter with it.
It will be appreciated by those skilled in the art that the present invention can realize in the various modes of knowing in this area, includes but not limited to: hardware, firmware, computer program, logical device etc.
Although in conjunction with ultrasonic imaging, the present invention has been carried out detailed elaboration in above disclosing, but those skilled in the art can understand, design of the present invention is equally applicable to other imaging system, especially medical imaging system, include, but are not limited to: X-ray scanning equipment, Magnetic resonance imaging equipment or supersonic imaging apparatus etc.Correspondingly, the present invention also can be automatically arranges the operating parameter of these imaging devices when being used for other imaging system, thereby makes using and training convenient, reliable and flexibly of similar imaging device.
By the explanation that provides above and corresponding accompanying drawing, detailed announcement has been done in preferred embodiment of the present invention.In addition, although adopted some specific terms in description, they are only exemplary.In the situation that without departing from the spirit and scope of the present invention, also exist many other embodiment, it all falls in the protection domain that the application requires.Protection scope of the present invention is limited by appending claims.
Claims (27)
1. method that is used for supersonic imaging apparatus comprises:
Load the teaching group of ultrasonic imaging, described teaching group comprises at least with reference to ultrasonoscopy and is customized to picture presets, wherein said with reference to ultrasonoscopy corresponding to systemic scanning position, and the described picture that is customized to presets and comprises the operating parameter that obtains the described supersonic imaging apparatus that adopts during with reference to ultrasonoscopy; And
With described being customized to as presetting the described operating parameter that comprises, described supersonic imaging apparatus is set.
2. method according to claim 1, wherein, described supersonic imaging apparatus comprises probe and display device, the position of mobile described probe so that show on the real-time ultrasonic image at described scanning position and described display device described identical with reference to ultrasonoscopy.
3. method according to claim 2, wherein, described teaching group also comprise following one of at least: corresponding to the anatomic tissue figure at the probe positions figure that obtains described probe positions during with reference to ultrasonoscopy, corresponding described scanning position, be relevant to the descriptive information of the scanning at described scanning position.
4. method according to claim 3 wherein, is presented on described display device one of at least following: described probe positions figure, described anatomic tissue figure, described descriptive information and the described described operating parameter of picture in presetting that be customized to.
5. the described method of any one according to claim 1-4, wherein, the teaching group that loads ultrasonic imaging comprises: come to select described teaching group from ultrasonic imaging teaching storehouse based on described scanner section bit position and/or the cause of disease, described ultrasonic imaging teaching storehouse comprises a plurality of teaching groups.
6. method according to claim 5, wherein, described ultrasonic imaging teaching storehouse comprises a plurality of applied study courses, and each in described a plurality of applied study course comprises the teaching group that is mutually related.
7. method according to claim 5, wherein, described ultrasonic imaging teaching storehouse can be carried out whole updating, modification, and perhaps applied study course or the teaching group in described ultrasonic imaging teaching storehouse can be updated, revises, increases or delete.
8. the described method of any one according to claim 1-4, wherein, be independent of and describedly with the described described operating parameter of picture in presetting that be customized to, described supersonic imaging apparatus be set with reference to ultrasonoscopy, and/or be independent of the described described operating parameter that will describedly be customized in looking like to preset with reference to ultrasonoscopy and be presented on the display device of described supersonic imaging apparatus.
9. the described method of any one according to claim 1-4, wherein, the described picture that is customized to presets and is embedded in describedly with reference in ultrasonoscopy, and perhaps the described picture that is customized to presets to be independent of and describedly stores with reference to ultrasonoscopy.
10. method according to claim 1 wherein, in the situation that do not show describedly with reference to ultrasonoscopy, presets the described operating parameter that comprises described supersonic imaging apparatus is set with the described picture that is customized to.
11. a device that is used for supersonic imaging apparatus comprises:
Loading component, be used for loading the teaching group of ultrasonic imaging, described teaching group comprises at least with reference to ultrasonoscopy and is customized to picture presets, wherein said with reference to ultrasonoscopy corresponding to systemic scanning position, and the described picture that is customized to presets and comprises the operating parameter that obtains the described supersonic imaging apparatus that adopts during with reference to ultrasonoscopy; And
Parts are set, are used for described being customized to as presetting the described operating parameter that comprises, described supersonic imaging apparatus being set.
12. device according to claim 11, wherein, described supersonic imaging apparatus comprises probe and display device, the position of mobile described probe so that show on the real-time ultrasonic image at described scanning position and described display device described identical with reference to ultrasonoscopy.
13. device according to claim 12, wherein, described teaching group also comprise following one of at least: corresponding to the anatomic tissue figure at the probe positions figure that obtains described probe positions during with reference to ultrasonoscopy, corresponding described scanning position, be relevant to the descriptive information of the scanning at described scanning position.
14. device according to claim 13, wherein, with following at least one be presented on described display device: described probe positions figure, described anatomic tissue figure, described descriptive information and the described described operating parameter of picture in presetting that be customized to.
15. the described device of any one according to claim 11-14, wherein, described equipment also comprises the parts for storage ultrasonic imaging teaching storehouse, described ultrasonic imaging teaching storehouse comprises a plurality of teaching groups, and the teaching group of loading ultrasonic imaging comprises: come to select described teaching group from imparted knowledge to students in the storehouse in ultrasonic imaging based on described scanner section bit position and/or the cause of disease.
16. device according to claim 15, wherein, described ultrasonic imaging teaching storehouse comprises a plurality of applied study courses, and each in described a plurality of applied study course comprises the teaching group that is mutually related.
17. device according to claim 15, wherein, described ultrasonic imaging teaching storehouse can be carried out whole updating, modification, and perhaps applied study course or the teaching group in described ultrasonic imaging teaching storehouse can be updated, revises, increases or delete.
18. the described device of any one according to claim 11-14, wherein, be independent of and describedly with the described described operating parameter of picture in presetting that be customized to, described supersonic imaging apparatus be set with reference to ultrasonoscopy, and/or be independent of the described described operating parameter that will describedly be customized in looking like to preset with reference to ultrasonoscopy and be presented on the display device of described supersonic imaging apparatus.
19. the described device of any one according to claim 11-14, wherein, the described picture that is customized to presets and is embedded in describedly with reference in ultrasonoscopy, and perhaps the described picture that is customized to presets to be independent of and describedly stores with reference to ultrasonoscopy.
20. the described device of any one according to claim 11-14 wherein, in the situation that do not show describedly with reference to ultrasonoscopy, presets the described operating parameter that comprises described supersonic imaging apparatus is set with the described picture that is customized to.
21. a method that is used for medical imaging system comprises:
Load teaching group, described teaching group comprises at least reference picture and is customized to as presetting, wherein said reference picture is corresponding to systemic scanning position, and the described picture that is customized to presets the operating parameter that comprises the imaging device that adopts when obtaining described reference picture; And
With described being customized to as presetting the described operating parameter that comprises, described imaging device is set.
22. method according to claim 21, wherein, described imaging device comprises probe and display device, and the position of mobile described probe is so that the described reference picture that shows on the realtime graphic at described scanning position and described display device is identical.
23. method according to claim 22, wherein, described teaching group also comprise following one of at least: the anatomic tissue figure at the probe positions figure of the probe positions when obtaining described reference picture, corresponding described scanning position, be relevant to the descriptive information of the scanning at described scanning position.
24. method according to claim 23, wherein, with following at least one be presented on described display device: described probe positions figure, described anatomic tissue figure, described descriptive information and the described operating parameter of picture in presetting that be customized to.
25. the described method of any one according to claim 21-24, wherein, the teaching group of loading imaging comprises: come to select described teaching group from imaging teaching storehouse based on described scanner section bit position and/or the cause of disease, described imaging teaching storehouse comprises a plurality of teaching groups.
26. the described method of any one according to claim 21-24, wherein, the described picture that is customized to presets and is embedded in described reference picture, and perhaps the described picture that is customized to presets and is independent of described reference picture and stores.
27. the described method of any one according to claim 21-24, wherein, described medical imaging device comprises: X-ray scanning equipment, Magnetic resonance imaging equipment or supersonic imaging apparatus.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011104054280A CN103137001A (en) | 2011-11-30 | 2011-11-30 | Method and device for ultrasonic imaging device |
| PCT/US2012/067289 WO2013082426A1 (en) | 2011-11-30 | 2012-11-30 | Method and apparatus for ultrasound imaging device |
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| CN2011104054280A CN103137001A (en) | 2011-11-30 | 2011-11-30 | Method and device for ultrasonic imaging device |
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| WO (1) | WO2013082426A1 (en) |
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| CN107533808A (en) * | 2015-03-20 | 2018-01-02 | 多伦多大学管理委员会 | Ultrasonic simulation system and method |
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| US12092735B2 (en) | 2019-10-16 | 2024-09-17 | Koninklijke Philips N.V. | Method and apparatus for deep learning-based ultrasound beamforming |
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| WO2013082426A1 (en) | 2013-06-06 |
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